COMPANY X

Catalogue

Reference section. This is the dealer's full instrument range (research-lab equipment, mostly high capex). It is kept for reference. The low-capex, high-value focus of this site is on the Floor Plan.

Each row explains what the machine is used for and points to the original photo. Press View photo, then close with the X (or Esc) to return to this list. Terms link to the Glossary with references.

BrandSectionItemWhat it is used forPhoto
-ALVTechnologiesAnalysisNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesNuclearNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesLaserNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesImagingNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesGen LabNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesVacuumNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesSignal MonitoringNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesSystem CustomNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesRotemNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesSatrecNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesMirionNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesSciNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesDaeil SystemsNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesMenlo Systems PrintNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
CryomechALVTechnologiesBluefors CryomechNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesBionavisNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesSonotekNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesAsylum Research 2Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesVibration ResearchNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesLuxor 1Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
ModuleSciALVTechnologiesModulesci 1Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologiesNotice of Office RelocationNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-ALVTechnologies28th SPVM National Physics ConferenceNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
HoribaAnalytical SystemHoribaCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemMicrohrCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemTriaxCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemFluorologCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemDuettaCategory overview image for a product range. See the individual product sections for what each machine does.
HoribaAnalytical SystemProfiler 2 Gdoes HoribaCategory overview image for a product range. See the individual product sections for what each machine does.
HoribaAnalytical SystemXplora Plus Cdrh HoribaCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemLabram Hr Evo Nano Mm ProductCategory overview image for a product range. See the individual product sections for what each machine does.
HoribaAnalytical SystemUvisel 2 HoribaCategory overview image for a product range. See the individual product sections for what each machine does.
HoribaAnalytical SystemUvisel Plus HoribaCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemThms600Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemThms350V 1Category overview image for a product range. See the individual product sections for what each machine does.
CryomechAnalytical Systembluefors cryomechCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemLhep22Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemPtporCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemPorolux Cito MCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemPoroliqCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemQsonicaCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemQ125 Sonicator With Stand LargeCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemQ700 With Stand LargeCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemSatrecinitiativeCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemEfrd1100Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemRadxpCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemCloud1Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemCloud2Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystembionavisCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemF516Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemMp Spr Navi 220A Naali Image Product ComparisonCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemLigandtracer Instrument Green Front 1000X1000Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemLigandtracer Instrument Green Side3 1000X1000Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemLs1000 6In StraightCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemSpf 290As Screen GraphCategory overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemDynacool 150X150Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemMicrowriter Baby 150X150Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemDme211Category overview image for a product range. See the individual product sections for what each machine does.
-Analytical SystemDy300Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesOrtecCategory overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesDetective X 2Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesDetectors TypesCategory overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesDmc 3000 001Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesRad 60 001Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesDpu 3Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesWebismarts SoftwareCategory overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesMyoslraserCategory overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesTldcardsCategory overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesM2241 2Category overview image for a product range. See the individual product sections for what each machine does.
-Nuclear Instrumentation and ConsumablesM3030Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsRemote Control 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsSteller ProCategory overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsLine Laser 150 115 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsOem Laser Module 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsVentus 532 00Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsVentus 1064 00Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsSprout Solo Image Ss5Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsSprout Solo Image Ss6 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsMenlo Thz Systems 01 3WCategory overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsMenlo Systems Femtosecond Fiber Laser C Fiber 2018 05 08 3WCategory overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsMv2 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsMv2 D 4974 3579 S 4 2 1Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsNano2 350 X 220Category overview image for a product range. See the individual product sections for what each machine does.
-Lasers and PhotonicsTrli Harmonics For New Website 350 X 220Category overview image for a product range. See the individual product sections for what each machine does.
-VacuumVacuum ChambersVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Signal and MonitoringC4DbundleCategory overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringQuadphCategory overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringSp 300Category overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringSp 50 1Category overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringSensitsmart Smartphone 900Px 768X512 1Category overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringVr9500Category overview image for a product range. See the individual product sections for what each machine does.
-Signal and MonitoringShakerCategory overview image for a product range. See the individual product sections for what each machine does.
-System Customization18B Medxt RetrofitCustom system design: the dealer assembles tailored measurement or experimental setups from multiple products to fit a lab's specific need.
-System CustomizationIno2Custom system design: the dealer assembles tailored measurement or experimental setups from multiple products to fit a lab's specific need.
-System CustomizationIps Syringe Pump 12Custom system design: the dealer assembles tailored measurement or experimental setups from multiple products to fit a lab's specific need.
-Computing FacilityPowerWulf-ZXR1-ClusterHigh-performance computing cluster. Many linked servers share heavy calculations. Used for simulation, modelling, AI/data analysis and research computing.
-General Laboratory and Consumables3944613855B3B53Fe41954Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and Consumables9770196145B63Bd7D659EbCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesJm SeriesCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesSt115020 Universal Tube Furnace Hobersal 600X612 1Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and Consumables17998 1Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and Consumables72588 1Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesStarnaCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesRectangular CellsCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesCrmCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesAccessories Rig Img01Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesPr300 Feature Img02Category overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesEureka Auto Dry BoxCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesProductos De ConservacionCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesKlug TissueCategory overview image for a product range. See the individual product sections for what each machine does.
-General Laboratory and ConsumablesRestorer Mini KitCategory overview image for a product range. See the individual product sections for what each machine does.
-ApplicationGet Adobe Acrobat Reader Web Button 159X39Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
-AboutAbout3Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
-PartnersF1Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
-PartnersEdaqNot a machine: a site category icon, banner or brand-partner graphic used for navigation.
-PartnersSonotek 1Not a machine: a site category icon, banner or brand-partner graphic used for navigation.
InovensoInovenso Laboratory Electrospinning MachinesPicture1Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso Laboratory Electrospinning MachinesComparison TableElectrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1631014346Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!38592981Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1105982255Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!2081774317Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1556725838Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1455345968Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1644259126Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!388489206Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!2010400091Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1953890489Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
ModuleSciModuleSci’s PicoEye-100 compact SEM!1412072986Compact scanning electron microscope (SEM). A focused electron beam scans the sample and the signals build a magnified image. The dealer cites over 100,000x magnification and 3.0 nm resolution for this tungsten-filament model. Used to inspect fine structure, defects, particles and fracture surfaces in materials, electronics and biology labs.
-New BCS-900 Battery Cycler seriesbattery cyclingElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-New BCS-900 Battery Cycler seriesPicture1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-New BCS-900 Battery Cycler seriesPicture2Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-New BCS-900 Battery Cycler seriesPicture3Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-New BCS-900 Battery Cycler seriesPicture4Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-New BCS-900 Battery Cycler seriesBCS-900 seriesElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
AFMIntroducing Vero: AFM RedefinedAFM VeroAtomic force microscope (AFM). A sharp tip scans a surface and the tip's movement is turned into a 3D height map with nanometre detail. Used to measure roughness, grain structure, thin films, polymers and the mechanical or electrical properties of surfaces. The dealer's page says Vero measures tip displacement with a quadrature-phase interferometer, for higher accuracy than a standard optical lever.
AFMIntroducing Vero: AFM RedefinedVero AFMAtomic force microscope (AFM). A sharp tip scans a surface and the tip's movement is turned into a 3D height map with nanometre detail. Used to measure roughness, grain structure, thin films, polymers and the mechanical or electrical properties of surfaces. The dealer's page says Vero measures tip displacement with a quadrature-phase interferometer, for higher accuracy than a standard optical lever.
-The multifunctional imaging device: AID multiSpotmultispotCombined ELISpot reader and automated microscope for immunology. It counts spots where single cells secrete signal molecules such as cytokines and can image cells automatically. Used in vaccine research, infectious-disease diagnostics and immune-monitoring labs.
-The multifunctional imaging device: AID multiSpotmultispot_featuresCombined ELISpot reader and automated microscope for immunology. It counts spots where single cells secrete signal molecules such as cytokines and can image cells automatically. Used in vaccine research, infectious-disease diagnostics and immune-monitoring labs.
-The Revolution in Porometry - the POROLUXâ„¢ Revo1Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-The Revolution in Porometry - the POROLUXâ„¢ RevoPicture2Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-The Revolution in Porometry - the POROLUXâ„¢ RevoPicture3Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-The Revolution in Porometry - the POROLUXâ„¢ RevoPicture4Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-The Revolution in Porometry - the POROLUXâ„¢ RevoPicture5Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-The Revolution in Porometry - the POROLUXâ„¢ RevoPicture6Pore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-New addition to the LabRAM Family: LabRAM OdysseyLabRAM-OdysseyRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
-New addition to the LabRAM Family: LabRAM OdysseyLabRAM historyRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerDuetta LeftFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerEm Abs TransFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerIfe 5675234440Fluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerHands Free SampleFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerNeodymium Laser GlassFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerReplace LampFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-DUETTA: 2-in-1 Fluorescence and Absorbance SpectrometerDuetta Sample TrayFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
-Notice of Office RelocationNew Office AddressNot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-28th SPVM National Physics ConferenceSPVM 2026Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-21st Philippine Semiconductor & Electronics Convention and Exhibition (PSECE 2026)PSECENot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-21st Philippine Semiconductor & Electronics Convention and Exhibition (PSECE 2026)kyowaNot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
HoribaHoriba - Spectrometer and MonochromatorLumetta 09 05 18Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and Monochromator01Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and MonochromatorIhr 320 And Ihr 550Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and MonochromatorGeminiOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and Monochromator1000M 02Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and MonochromatorM Seriessm 03Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Spectrometer and MonochromatorTriaxOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorCcd Emccd And Ingaas Group Camera ImageOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorSpec Camera FamilyOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorSyncerity VuvOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorSyncerity Bi Nir Ccd CameraOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorSingle Point Detectors 01Optical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorHyperspectral Camera And Imaging System Oc PictureOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - CCD DetectorCooled PmtOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Smart Microscopy SolutionsSmsAdds spectroscopy to an ordinary optical microscope so the same sample can be imaged and chemically analysed at one spot. Used in teaching, materials and quality-control labs that want Raman or fluorescence data without a dedicated research system.
HoribaHoriba - Smart Microscopy SolutionsSpectrometer Optics Illustration With MicroscopesAdds spectroscopy to an ordinary optical microscope so the same sample can be imaged and chemically analysed at one spot. Used in teaching, materials and quality-control labs that want Raman or fluorescence data without a dedicated research system.
HoribaHoriba Scientific - Steady State and Lifetime Nanotechnology SpectrofluorometerNanologFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - TCSPC Lifetime FluorometerDeltaflex 01Fluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - TCSPC Lifetime FluorometerDeltaproFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - TCSPC Lifetime FluorometerDeltatime 1Fluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - TCSPC Lifetime FluorometerUltima 1Fluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - Water Treatment AnalyzerAqualog With Automatic Sipper And ChangerFluorescence (and absorbance) spectrometer. It shines light on a sample and records the light the sample re-emits, or how long that glow lasts. Used to identify and measure dyes, proteins, quantum dots, pharmaceuticals and organic matter in water. Lifetime (TCSPC) models time the glow in nanoseconds to study molecular environments and energy transfer; Aqualog-type units track organics in water treatment plants.
HoribaHoriba Scientific - Analytical / Microscopy RamanLabram OdysseyRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba Scientific - Analytical / Microscopy RamanLabram SoleilRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba Scientific - Analytical / Microscopy RamanCsm_Macroram800_6B988C1D98Raman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba Scientific - Raman-AFM and Nano-Raman (TERS)Afm Raman Xplora Nano MmRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba Scientific - Raman-AFM and Nano-Raman (TERS)Labram Soleil NanoRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba Scientific - Raman-AFM and Nano-Raman (TERS)Labram Odyssey NanoRaman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
HoribaHoriba - Ellipsometric SpectrometrySmart Se HoribaOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Ellipsometric SpectrometryAuto Se HoribaOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Ellipsometric SpectrometryUvisel 2 Vuv HoribaOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
HoribaHoriba - Ellipsometric SpectrometryUvisel Plus In Situ Ea PictureOptical spectroscopy hardware. Spectrometers/monochromators split light by wavelength; CCD detectors record it; ellipsometers analyse how polarisation changes on reflection. Together they are used to measure emission or absorption spectra, and (ellipsometry) the thickness and optical constants of thin films in semiconductor and coating work.
LinkamLinkam - Heating and Cooling StagesThmsg600Heating, cooling and Peltier sample stages that fit under a microscope or spectrometer. They let a sample be held or ramped between very low and high temperatures while being observed. Used to watch melting, crystallisation, phase changes and thermal behaviour of polymers, pharmaceuticals, liquid crystals and geological samples.
LinkamLinkam - Heating and Cooling StagesLts420Heating, cooling and Peltier sample stages that fit under a microscope or spectrometer. They let a sample be held or ramped between very low and high temperatures while being observed. Used to watch melting, crystallisation, phase changes and thermal behaviour of polymers, pharmaceuticals, liquid crystals and geological samples.
LinkamLinkam - Peltier SystemsPe120 Feature ImageHeating, cooling and Peltier sample stages that fit under a microscope or spectrometer. They let a sample be held or ramped between very low and high temperatures while being observed. Used to watch melting, crystallisation, phase changes and thermal behaviour of polymers, pharmaceuticals, liquid crystals and geological samples.
CryomechCryomech - CryorefrigeratorG M CryocoolerClosed-cycle cryocooler (cryorefrigerator). A compressor and cold head cool a sample space to a few kelvin without liquid cryogens. Used to cool detectors, superconducting devices, magnets and low-temperature experiments.
CryomechCryomech - CryorefrigeratorP T Cryocooler 1Closed-cycle cryocooler (cryorefrigerator). A compressor and cold head cool a sample space to a few kelvin without liquid cryogens. Used to cool detectors, superconducting devices, magnets and low-temperature experiments.
CryomechCryomech - Liquid Helium Management ProductsLiquid Helium Plant 22Plants that make or recover liquid helium or liquid nitrogen on site, replacing delivered cryogen. Used by labs running superconducting magnets, cryostats and low-temperature physics who need a steady supply and want to recycle helium.
CryomechCryomech - Liquid Helium Management ProductsHeliumreliquefierPlants that make or recover liquid helium or liquid nitrogen on site, replacing delivered cryogen. Used by labs running superconducting magnets, cryostats and low-temperature physics who need a steady supply and want to recycle helium.
CryomechCryomech - Liquid Helium Management ProductsPt420 Cold HeadPlants that make or recover liquid helium or liquid nitrogen on site, replacing delivered cryogen. Used by labs running superconducting magnets, cryostats and low-temperature physics who need a steady supply and want to recycle helium.
CryomechCryomech - Liquid Nitrogen PlantsLnpPlants that make or recover liquid helium or liquid nitrogen on site, replacing delivered cryogen. Used by labs running superconducting magnets, cryostats and low-temperature physics who need a steady supply and want to recycle helium.
CryomechCryomech - Liquid Nitrogen PlantsLnpPlants that make or recover liquid helium or liquid nitrogen on site, replacing delivered cryogen. Used by labs running superconducting magnets, cryostats and low-temperature physics who need a steady supply and want to recycle helium.
PorometerPorometer - First Bubble Point TesterPOROLUX BPPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - First Bubble Point TesterPorolux BPPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Gas Liquid PorometryPOROLUXCitoPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Gas Liquid PorometryPorolux CitoPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Gas Liquid PorometryPorolux RevoPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Gas Liquid PorometryPorolux RevoPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Liquid-Liquid PorometryPoroliq sidePore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Liquid-Liquid PorometryPoroliqPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Membrane SystemsMemCast-mediumPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Membrane SystemsRotamemPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Membrane SystemsMemCutPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
PorometerPorometer - Membrane SystemsSpiderPore-size measurement. A sample soaked in a wetting liquid is pushed with gas (or liquid) at rising pressure; the pressure at which liquid leaves each pore reveals its size. The first bubble point shows the largest pore (key for filter integrity). Used for filtration membranes, battery separators, textiles, ceramics and fuel-cell layers. Membrane-casting items prepare lab-made membranes.
-Qsonica - Sonicators700Ultrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - SonicatorsQ700SpecUltrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators500Ultrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators500SUltrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators125Ultrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators125SUltrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators55Ultrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-Qsonica - Sonicators55SUltrasonic homogeniser (sonicator). A vibrating probe creates cavitation in a liquid to break cells, disperse nanoparticles, emulsify, and shear DNA or chromatin. Used in biology, chemistry and nanomaterials sample prep.
-SI Detection - Environmental Friendly Radiation DetectorsEfrd 2100Environmental radiation detector combining Geiger-Muller tubes and a sodium-iodide scintillator, built for nuclear-emergency preparedness. It measures both normal low background and high accident dose. Used for site and environmental monitoring.
-SI Detection - Environmental Friendly Radiation DetectorsEfrd 3300Environmental radiation detector combining Geiger-Muller tubes and a sodium-iodide scintillator, built for nuclear-emergency preparedness. It measures both normal low background and high accident dose. Used for site and environmental monitoring.
RamanHandheld Raman SpectrometerUntitled 1Raman microscope/spectrometer. A laser is focused on a sample and the tiny energy shift in the scattered light is read as a molecular fingerprint. Used to identify materials, map chemical composition, check stress in semiconductors, find polymorphs in drugs, and detect microplastics, without damaging the sample. Nano-Raman/AFM versions add atomic-force imaging for chemical maps at nanometre scale; the handheld version is for field identification of unknowns.
-Bionavis - Multi Parametric Surface Plasmon Resonance System (MP-SPR)UntitledSurface plasmon resonance (SPR) instrument. It detects tiny changes in refractive index at a metal surface, so binding events and layer thickness can be followed in real time without labels. Used to study molecular interactions, thin films, polymers, coatings and biosensors.
-LigandTracer - LigandTracerligandtracer_instrument_yellow_front_1000x1000Real-time cell-binding monitor. It tracks how a labelled molecule (e.g. an antibody or drug candidate) binds to living cells over hours, giving binding speed and strength. Used in drug discovery and radiopharmaceutical research instead of one-time endpoint assays.
-LigandTracer - LigandTracerligandtracer_instrument_yellow_side3_1000x1000Real-time cell-binding monitor. It tracks how a labelled molecule (e.g. an antibody or drug candidate) binds to living cells over hours, giving binding speed and strength. Used in drug discovery and radiopharmaceutical research instead of one-time endpoint assays.
-LigandTracer - LigandTracerligandtracer_instrument_grey_front_1000x1000Real-time cell-binding monitor. It tracks how a labelled molecule (e.g. an antibody or drug candidate) binds to living cells over hours, giving binding speed and strength. Used in drug discovery and radiopharmaceutical research instead of one-time endpoint assays.
-LigandTracer - LigandTracerligandtracer_instrument_grey_side3_1000x1000Real-time cell-binding monitor. It tracks how a labelled molecule (e.g. an antibody or drug candidate) binds to living cells over hours, giving binding speed and strength. Used in drug discovery and radiopharmaceutical research instead of one-time endpoint assays.
-Solar Light - Solar Simulators601 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar SimulatorsLs1000 6In Straight 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar SimulatorsLs1000 6In Frontangle 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulators16S 300 Angle Right 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulators16S 300 Front 1 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulators16S Accessories 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Radiometers / PhotometersRadiomete Photometer 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / PhotometersProducts 731 Cut Out No Shadow Copy 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / PhotometersDcs2 Front 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / PhotometersSolarmeter 400 700 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / PhotometersSolarmeter 400 1100 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / PhotometersSl 3201 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Radiometers / Photometers6D Front V2 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Atmospheric InstrumentationMicrotops Front 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Atmospheric Instrumentation501 5 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Atmospheric Instrumentation511Uv Front 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Solar Simulator Testing KitPhotobiology 6Ls1000 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulator Testing Kit16S 150 Carriage 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulator Testing Kit6Ls1000 Kit 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - Solar Simulator Testing KitLighttestingshelf Left 300X200 1Solar simulator. A lamp that imitates sunlight so photovoltaic cells and modules can be tested indoors under repeatable conditions to get current-voltage curves and efficiency. Also used for sunscreen (SPF), material fading and photodegradation testing. The testing kit and consumables support routine checks.
-Solar Light - SensorsDigital Analog Group 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - SensorsAnalog Group 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - SensorsUvc Group V2 1 300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - Sensors300X200 1Light-measuring instruments (radiometers, photometers, UV and atmospheric sensors). They quantify UV, visible and solar irradiance. Used to check lamp output, monitor UV exposure and ozone/atmospheric conditions, and calibrate solar and lighting tests.
-Solar Light - UV Transmittance AnalyzersTransMeasures how much UV passes through a material. Used to rate sunscreens, fabrics, glass and films for UV protection.
-Solar Light - Testing ConsumablesHypoallergenic Pads 300X200 1Consumables for solar and sunscreen testing (e.g. substrates and reference materials), used to keep test results consistent.
-Solar Light - Testing ConsumablesXenon 150 300X200 1Consumables for solar and sunscreen testing (e.g. substrates and reference materials), used to keep test results consistent.
-Solar Light - Testing ConsumablesSandblasted Pmma Plates 300X200 1Consumables for solar and sunscreen testing (e.g. substrates and reference materials), used to keep test results consistent.
-Solar Light - Testing ConsumablesSpf Standards 300X200 1Consumables for solar and sunscreen testing (e.g. substrates and reference materials), used to keep test results consistent.
-Quantum Design - Physical Property Measurement System (PPMS)Dynacool 400X400Physical Property Measurement System. A cryostat with a strong magnet that cools samples (to roughly 2 K) and measures electrical transport, heat capacity, thermal transport and magnetism under controlled temperature and field. Used for superconductors, magnetic and quantum materials, and thermoelectrics.
-Quantum Design - Physical Property Measurement System (PPMS)Ppms 400X400Physical Property Measurement System. A cryostat with a strong magnet that cools samples (to roughly 2 K) and measures electrical transport, heat capacity, thermal transport and magnetism under controlled temperature and field. Used for superconductors, magnetic and quantum materials, and thermoelectrics.
-Quantum Design - Physical Property Measurement System (PPMS)Versalab 400X400Physical Property Measurement System. A cryostat with a strong magnet that cools samples (to roughly 2 K) and measures electrical transport, heat capacity, thermal transport and magnetism under controlled temperature and field. Used for superconductors, magnetic and quantum materials, and thermoelectrics.
-Quantum Design - SQUID MagnetometerMpms3 400X400SQUID magnetometer. A superconducting detector measures extremely small magnetic moments of a sample versus temperature and magnetic field. Used for magnetic materials, superconductors, nanoparticles and biomagnetic samples where very high sensitivity is needed.
-Quantum Design - SQUID MagnetometerUntitled 2SQUID magnetometer. A superconducting detector measures extremely small magnetic moments of a sample versus temperature and magnetic field. Used for magnetic materials, superconductors, nanoparticles and biomagnetic samples where very high sensitivity is needed.
-Quantum Design - LithographyMicrowriter Ml3 400X400Maskless photolithography writer. It exposes patterns directly from a digital file onto photoresist, with no physical mask. Used in R&D clean rooms to prototype microelectronic, microfluidic and nanophotonic devices quickly.
-Quantum Design - FMR SpectrometerNanosc Fmrs 400X400Ferromagnetic resonance (FMR) spectrometer. It probes how magnetic moments precess under microwave fields across broad frequency ranges. Used in spintronics and magnetic-materials research to measure damping, anisotropy and magnetisation dynamics.
-Kyowa - Contact Angle MeterDms401Contact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Contact Angle MeterDmo502Contact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Contact Angle MeterDmo502WaContact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Contact Angle MeterPca11Contact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Contact Angle MeterMca4Contact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Surface TensiometerDy500Contact-angle meter / surface tensiometer. A droplet is placed on a surface and its shape is measured to show how well the liquid wets it; surface and interfacial tension are measured from drop shape or force. Used to check coatings, adhesion, cleaning and plasma treatments, printing, textiles and cosmetics.
-Kyowa - Versatile Peel AnalyzerVpah200FPeel tester. It pulls a film, tape or label from a surface at a set angle and speed and records the force. Used to qualify adhesives, tapes, coatings and laminates.
-Kyowa - Versatile Peel AnalyzerVpah100FPeel tester. It pulls a film, tape or label from a surface at a set angle and speed and records the force. Used to qualify adhesives, tapes, coatings and laminates.
-Kyowa - Automatic Friction Abrasion AnalyzerTsf503Friction and abrasion tester (tribometer). It measures static and kinetic coefficients of friction and wear for films, fabrics, plastics and coatings under set loads and speeds.
-Kyowa - Automatic Friction Abrasion AnalyzerTSf-503 vs TSf-303Friction and abrasion tester (tribometer). It measures static and kinetic coefficients of friction and wear for films, fabrics, plastics and coatings under set loads and speeds.
-Kyowa - Automatic Spread Oil Measuring ApparatusSomrMeasures micro-gram amounts of oil on rolled steel sheet by observing how the oil film spreads on water. Used by steel and metal-forming plants to control lubricant on sheet before pressing or painting.
-Ametek Ortec - General Gamma SpectroscopyHpgeRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopyProfileRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopyGammaxRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopyWell Detector Cutaway 300Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopyGlpRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopySmartRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Gamma SpectroscopyNaiRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - All in One Gamma SpectrometersIdm 200 PRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - All in One Gamma SpectrometersIdm 200 VRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - All in One Gamma SpectrometersMicroRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - All in One Gamma SpectrometersTranspecRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha SpectroscopyUltraRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha SpectroscopyAlpha AriaRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha SpectroscopyA 576 A PadRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha Spectroscopy807Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha Spectroscopy808Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - General Alpha SpectroscopyRcap 300Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Online Gamma Monitoring SystemsSentinelRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Online Gamma Monitoring SystemsOs5500Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Portable Radioisotope Identification Devices (RIIDs)detective-x-2Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Portable Radioisotope Identification Devices (RIIDs)radeagleRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Portable Radioisotope Identification Devices (RIIDs)radeaglet-rRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Portable Radioisotope Identification Devices (RIIDs)radeagle-cx-moduleRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDsp50Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDjrRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDproRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDbaseRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDigidartRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersDigidart LfRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel AnalyzersEasy McaRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel Analyzers927Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Multi Channel Analyzers928Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingStandfastRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingWbc 200Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingWbc Ct ThyroidRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingWbc DsRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingWbc LungRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Whole Body CountingWbc BscanRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Chemical Weapons and Portable Nuclide Identification SystemPins3 CfRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Chemical Weapons and Portable Nuclide Identification SystemPins3 CwRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Chemical Weapons and Portable Nuclide Identification SystemTrans Spec NRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Chemical Weapons and Portable Nuclide Identification SystemFission Meter 2Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Chemical Weapons and Portable Nuclide Identification SystemPins Gmx DetectorRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Waste Assay SystemIso Cart 85 1Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Waste Assay SystemIso Cart LnRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Waste Assay SystemIso Cart Tsp Iso Shld DccRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Waste Assay SystemIso Cart IiRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Waste Assay SystemIsotopic ScreenRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Food Monitoring SystemsFoodguard 1Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Food Monitoring SystemsFoodguard 2Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Detector CoolingIcsRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Detector CoolingMobiusRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Detector CoolingDewarRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Educational ExperimentsExpRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Educational ExperimentsExp2Radiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Modular ElectronicsModularRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - Modular ElectronicsElectronicsRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareGvisionRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareMaestroRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareMaestro ProRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareNuclideRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareAlphaRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Ametek Ortec - SoftwareRenRadiation spectroscopy and counting equipment. Detectors (germanium, sodium iodide, silicon) turn each radiation event into a pulse; multichannel analysers sort pulses by energy to build a spectrum identifying which radioactive isotopes are present and how much. Used in environmental and food radioactivity labs, nuclear power and research reactors, waste characterisation, whole-body counting of people, border/security isotope identification and teaching. Coolers, modular electronics and software support these chains.
-Mirion - Electronic DosimetersDmc 3000 001 1Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersDmc 3000 Beta Module 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersDmc 3000 Neutron Module 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersDmc 3000 Telemetry Module 002Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersNeutron Telemetry Module 001 1 1Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersDmc 2000Gn 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersRad 60 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersRad 62 002Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersMbd 2 Battlefield Dosimeter 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Electronic DosimetersSor R T 001Personal electronic dosimeter. A pocket device worn by staff that shows and records radiation dose and dose rate, with alarms. Used in nuclear plants, hospitals and industrial radiography for worker safety.
-Mirion - Portable Survey MetersRds 30 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 80 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRadiagem 2000 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersColibri Dsc 0184Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31 Itx 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31 Itx Sd 002Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31 Alarm Box 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31 Portable Set 1Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersRds 31Td 001 2Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey MetersIctd9 4 001Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey Metersic3-portable-ion-chamber-survey-meterHandheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Portable Survey Metersaccurad-prd-2Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Detection and Identification HandheldSpir Ace 002Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Detection and Identification HandheldSpir Pack 003 1Handheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Mirion - Hand and Foot MonitoringSirius 5Ab 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Body Contamination Monitoringargos-3-modular-productContamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Large Item and Clearance MonitoringRtm661 440 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Large Item and Clearance MonitoringRtm644 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Large Item and Clearance MonitoringRtm661 540 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Large Item and Clearance MonitoringRtm640 Inc 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Large Item and Clearance MonitoringRs840 Gasbottle Monitor 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Vehicle MonitoringFasttrack Vehicle 001Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Vehicle MonitoringFasttrack Vehicle Xl 003Contamination and clearance portal monitors. People, hands/feet, tools, waste drums or vehicles pass through or are scanned to show no radioactive contamination before leaving a controlled area. Used at nuclear facilities, hospitals and ports.
-Mirion - Portable Tritium MonitorBionixHandheld radiation survey meter or isotope identifier. It reads dose rate or contamination on surfaces and can identify the isotope. Used for radiation protection checks, emergency response and decommissioning; the tritium monitor detects tritium gas/contamination.
-Rotem - Area Monitoring SystemsDrm 3000 Connector ViewFixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-Rotem - Area Monitoring SystemsDrm 1WebFixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-Rotem - Area Monitoring SystemsDrm 1Web 1Fixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-Rotem - Area Monitoring SystemsAmp 50Web 1Fixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-Rotem - Area Monitoring SystemsAmpFixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-Rotem - Area Monitoring SystemsAmpFixed area radiation monitors with alarms. They watch dose rate continuously at a location and warn staff. Used in nuclear facilities, laboratories and hospitals.
-RadPro - TLD CardsRados Tld Badge For Hp 0 07 And Hp 10 Including Lif Mg Ti Or Lif Mg Cu PThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD CardsTld Cards For Harshaw 4500 6600 And 8800 Tld ReaderThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesRados Re 2000 Automatic Tld Reader For Tld Cards Used As Passive DosimeterThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesTldcube Manual Tld Reader For Various Tld Material Used In Research Personal Dosimetry Dating Checking Irradiated FoodThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesRados And Harshaw Tld CardsThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesTld Material Mts N Lif Mg Ti And Mcp N Lif Mg Cu PThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesTld Irradiator Ir 2000 With Sr90 Radiation SourceThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Readers and AccessoriesCompact Tld Irradiator With Sr90 Radiation SourceThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Extremity DosimetryFinger Ring Dosimeter For Hp 0 07 With Mcp Ns Lif Mg Cu P Or Mts N Lif Mg TiThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - TLD Extremity DosimetryHp 3 Eye Lens Dosimeter Called Eye D Based On Thermo LuminescenceThermoluminescent dosimetry (TLD): cards/chips store radiation exposure, and a reader heats them to read the light released, giving dose. Used for personnel monitoring, radiotherapy checks and environmental dose. Extremity versions measure dose to fingers and hands.
-RadPro - OSL Reader and AccessoriesOsl Reader For Myosl Dosimeter Based On BeoOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - OSL Reader and AccessoriesAutomatic Osl Reader For Myosl Dosimeter Based On Beo Berillium OxideOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - OSL Reader and AccessoriesMyosl Dosimeter Sealed In A BlisterOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - OSL Reader and AccessoriesOsl Dosimeter For Osl Reader Called MyoslOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - OSL Reader and AccessoriesMyoslchip Is An Osl Reader For Beo Myoslchip Osl Dosimeter It Can Read And Erase The Remaining Signal In The Same DeviceOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - OSL Reader and AccessoriesSr90 Irradiator For Osl DosimeterOptically stimulated luminescence (OSL) dosimetry: a reader uses light instead of heat to read stored dose in dosimeters. Used for personnel and environmental dose monitoring.
-RadPro - ESR SpectrometerEsr Electron Spin Resonance SpectroscopyDetects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - ESR SpectrometerAutosampler For Electron Spin Resonance Spectrometer Ms5000Detects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - ESR SpectrometerGlassware For Electron Spin Resonance Spectrometer Ms5000Detects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - ESR SpectrometerX Ray Unit For Electron Spin Resonance Spectrometer Ms5000Detects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - ESR SpectrometerGoniometer For Electron Spin Resonance Spectrometer Ms5000Detects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - PSL FoodPulsed Psl System For Checking Irradiated Food SamplesDetects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-RadPro - PSL FoodIrradiation Of Food Samples ForDetects whether foods or materials have been irradiated, or measures radiation dose from the radicals it leaves behind (ESR) or from stimulated light release (PSL, standard EN 13751). Used in food-safety testing and alanine dosimetry.
-Nuclear Instrumentation & Consumables - Sample Counting SystemsM3030PBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Scalers/CountersM2000 Face Trans 500PxBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Scalers/RatemeterM2200 Face2 Trans 500PxBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - PulsersM500 Face Trans 500PxBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - PulsersM500 1 500PxBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - PulsersM500 21Basic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and Consumables - DetectorsIonBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and Consumables - DetectorsGeigerBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and Consumables - DetectorsNeutronBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and Consumables - DetectorsXrayBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Planchet SourcesCatalogue Reference And Calibration Sources Seite 34 Bild 0001Basic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Planchet SourcesCatalogue Reference And Calibration Sources Seite 40 Bild 0001Basic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Planchet SourcesSbBasic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Planchet SourcesSb2Basic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Nuclear Instrumentation and consumables - Multinuclide Calibration StandardsCatalogue Reference And Calibration Sources Seite 18 Bild 0001Basic nuclear counting electronics and standards: scalers/ratemeters count detector pulses, pulsers test the electronics, detectors sense radiation, and planchet/multinuclide sources are certified radioactive references used to calibrate monitors and counters.
-Modu-Laser - Argon Laser HeadsAries 163 Laser Head 230 TanLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsRemote Control Rc 1500 SmallLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsE Cool L 200 X 200 Pixels SmallLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsPower Supply Lp 1300 SmallLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsC MountLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsLfa Fc 1 Laser To Fiber AdapterLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsLpm Sl Starlitelaser Power Energy MeterLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsDongle AriesLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Modu-Laser - Accessories / OptionsSe 4L Wavelength Select ModuleLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-CNI - Lasers3 Single Longitudinal Mode LaserLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-CNI - LasersMdl S LaserLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-CNI - LasersFiberLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Laser Quantum - Continuous Wave LasersIndx Finesse LaserLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Laser Quantum - Continuous Wave LasersIndx Opus LasersLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Laser Quantum - Continuous Wave LasersIndx VentusLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Laser Quantum - Continuous Wave LasersIndx Gem LasersLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Laser Quantum - Continuous Wave LasersAxiomLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Lighthouse Photonics - DPSSProduct Overview Image 1Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Lighthouse Photonics - DPSSProduct Overview Image 1Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Lighthouse Photonics - DPSSProduct Overview Image 2Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Lighthouse Photonics - DPSSProduct Overview Image Po 5Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Lighthouse Photonics - DPSSProduct Overview Image 2Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Menlo - Femtosecond Fiber LasersMenlo Systems Femtosecond Fiber Laser C Fiber 2018 05 08 3W 1Femtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersMenlo Systems Femtosecond Fiber Laser C Fiber 780 2018 05 08 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersMenlo Femtosecond Fiber Laser Orange 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersMenlo Ylmo Pic3 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersYlmo 930 Head Marketing 2019 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersYlmo 2W Laser Head 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersMenlo Systems Femtosecond Fiber Laser Elmo 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Femtosecond Fiber LasersMenlo Systems Femtosecond Fiberlaser Pic 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Terahertz ComponentsTERA15Terahertz components generate and detect THz waves. Used for non-contact imaging and spectroscopy of materials, packaging and coatings.
-Menlo - Microjoule LasersMenlo Systems Microjoule Laser Bluecut Pic 01 2015 3WFemtosecond fiber laser: emits extremely short pulses (a millionth of a billionth of a second). Used for ultrafast spectroscopy, multi-photon microscopy, 3D nanoprinting, terahertz generation, micromachining and frequency combs.
-Menlo - Ultrastable LasersMenlo Ors Cubic Npl With Glascube 3WUltra-stable, frequency-locked lasers with narrow linewidth. Used in optical atomic clocks, precision spectroscopy and metrology.
-Menlo - Ultrastable LasersMenlo Ors1500 3WUltra-stable, frequency-locked lasers with narrow linewidth. Used in optical atomic clocks, precision spectroscopy and metrology.
-Menlo - Ultrastable LasersCustomUltra-stable, frequency-locked lasers with narrow linewidth. Used in optical atomic clocks, precision spectroscopy and metrology.
-Daeil - Active Vibration Isolation Systems1Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Active Vibration Isolation Systems2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Active Vibration Isolation Systems3Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Active Vibration Isolation Systems4Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Active Vibration Isolation Systems5Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Active Vibration Isolation Systems6Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesResearchVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesScientificVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesStainlessVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesSpecialVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesTie BarVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesRigidVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesPneu1Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesPneu2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesBreadboardVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesBread2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc1Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc3Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc4Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc5Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Optical TablesAc6Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsWorkVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsArmVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsArm2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsArm3Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsOc1Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsPc2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation WorkstationsPasVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation Floor PlatformsPlat1Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation Floor PlatformsPlat2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Vibration Isolation Floor PlatformsPlat3Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Pneumatic Vibration Isolation MountsDvimgVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Pneumatic Vibration Isolation MountsDvimmVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Pneumatic Vibration Isolation MountsDvimfVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Foundation Vibration Isolation SystemPlatformVibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Foundation Vibration Isolation SystemPlatform2Vibration-isolated optical table or platform. Optical experiments and microscopes are disturbed by building and floor vibration; the heavy honeycomb table with air or active isolators keeps beams and samples steady. Used for lasers, interferometry, microscopy and nanometre-scale measurement.
-Daeil - Acoustic EnclosuresAcousAcoustic enclosure that shields sensitive instruments from noise, air currents and light. Used around optical and measurement setups.
-Daeil - Acoustic EnclosuresAcous1Acoustic enclosure that shields sensitive instruments from noise, air currents and light. Used around optical and measurement setups.
-Litron - Compact LasersNano-DPSSLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Compact LasersNanolite-S-HeadLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Compact LasersNano-LLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Compact LasersNano-TLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Compact Lasersbernoulli-libsLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy Compact LasersTRLi-DPSSLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy Compact LasersTRLi_850GLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy Compact LasersTRLi-STLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy Compact LasersTRLi-HRLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY600Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY700Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY7000Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY-LRRLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY-MRRLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY-HRRLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersLPY-TEMLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - High Energy LasersInject_SeedLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Q-Switched DPSS Pulsed Lasersnano-dpssLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Q-Switched DPSS Pulsed LasersPlasmaLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - CW High Repetition Rate LasersLD60Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - CW High Repetition Rate LasersLD30-527Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - CW High Repetition Rate LasersLD-1053Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Lasers for PIVNanoL-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Lasers for PIVBernoulli-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Lasers for PIVLDY-527-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Lasers for PIVLPY-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Lasers for PIVLD60-532-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Lasers for PIVPlasma-PIVPulsed twin-head lasers for particle image velocimetry (PIV): two precisely timed flashes light a seeded flow so cameras can measure velocity fields. Used in aerodynamics, combustion and fluid research.
-Litron - Tunable Pulsed LasersAurora-II-IntegraLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Tunable Pulsed LasersAurora-1.57Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Tunable Pulsed LasersAurora-II-TRLiLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Custom LasersAutoWB: 5.14; 1.69; 1.00, Kelvin=13629, Tint=0.0302Laboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Custom LasersLPS642-ToshibaLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Litron - Custom LasersLitron-ToshcustomLaboratory laser. Diode-pumped solid-state, argon-ion and pulsed Nd:YAG types supply stable or high-energy beams for Raman and fluorescence excitation, spectroscopy, microscopy, interferometry, and flow and plasma diagnostics. Accessories adapt power, wavelength and delivery.
-Kurt J. Lesker - Thin Film Deposition SystemsQuantaThin-film deposition system. In a vacuum chamber, material is sputtered or evaporated onto a substrate to build films nanometres to microns thick. Used for semiconductors, optics, solar cells, sensors and coatings; sputtering targets are the source material.
-Kurt J. Lesker - Thin Film Deposition SystemsPerovskiteThin-film deposition system. In a vacuum chamber, material is sputtered or evaporated onto a substrate to build films nanometres to microns thick. Used for semiconductors, optics, solar cells, sensors and coatings; sputtering targets are the source material.
-Kurt J. Lesker - Thin Film Deposition SystemsIndiumThin-film deposition system. In a vacuum chamber, material is sputtered or evaporated onto a substrate to build films nanometres to microns thick. Used for semiconductors, optics, solar cells, sensors and coatings; sputtering targets are the source material.
-Kurt J. Lesker - Thin Film Deposition SystemsSpace SimulationThin-film deposition system. In a vacuum chamber, material is sputtered or evaporated onto a substrate to build films nanometres to microns thick. Used for semiconductors, optics, solar cells, sensors and coatings; sputtering targets are the source material.
-Kurt J. Lesker - High Vacuum SystemsNANO 36Vacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - High Vacuum SystemsPRO Line PVD 75Vacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - High Vacuum SystemsPRO Line PVD 200Vacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - High Vacuum SystemsAXXISVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Feedthroughs & ViewportsPhoto Ft ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Feedthroughs & ViewportsViewports OpticalVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Feedthroughs & ViewportsPhoto Uh Solidoring FullVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum Flanges & ComponentsPhoto Hd Fc FullVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Sputtering TargetsTargetThin-film deposition system. In a vacuum chamber, material is sputtered or evaporated onto a substrate to build films nanometres to microns thick. Used for semiconductors, optics, solar cells, sensors and coatings; sputtering targets are the source material.
-Kurt J. Lesker - Vacuum PumpsMulitple Kjlc Rotaryvane Pump FullVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Dtc22 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Hicube Eco ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Rv206 3 Kjlcrotaryvanepump ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Adixen Acp28 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu 01 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Oerlikonleybold Exhaustsilencer 02 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Vacuum PumpsPhoto Pu Diffusion Vhs10 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig Mks Gp 925 ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig Kjlcpirani ThumbVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig 04 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig Coldcathodegauge StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig Mks Gp StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig Mks Gp 902B StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig 01 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig 04 Std 1Vacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - Pressure GaugesPhoto Ig StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks Gm50 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks Gv50 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks 1179C StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks Ge50 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks946 StdVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-Kurt J. Lesker - MKS Mass Flow ControllerPhoto Ig Mks Gm50 Std 1Vacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-eDAQ - Potentiostats & AmplifiersEr466 Integrated Potentiostat SystemElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - Electrochemistry Teaching Kits & Data Logging SystemsEr461Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - Electrochemistry Teaching Kits & Data Logging SystemsMtk 1111 High RezElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - Electrochemistry Teaching Kits & Data Logging Systems1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - Flow Injection Analysis SystemsFlow Analysis SystemElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - C4D SystemsEr225Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-eDAQ - C4D SystemsEr255455Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Potentiostats/Galvanostats/EISSp 150 1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Potentiostats/Galvanostats/EISSp 300BElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Potentiostats/Galvanostats/EISVsp 300 1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Potentiostats/Galvanostats/EISVmp 300Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery Cycling and Testing SystemsBCS-900Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery Cycling and Testing SystemsMPG-200Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Scanning Probe Electrochemistry SystemsSecmElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Impedance AnalyzersMtzElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Impedance AnalyzersMtz2Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Electrochemistry Glassware, Electrodes and AccessoriesCell6Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Electrochemistry Glassware, Electrodes and AccessoriesCellElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Electrochemistry Glassware, Electrodes and AccessoriesCell3Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Electrochemistry Glassware, Electrodes and AccessoriesRdeElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Electrochemistry Glassware, Electrodes and AccessoriesQcmElectrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery AccessoriesAcc1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery AccessoriesAcc2 1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery AccessoriesAcc3Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery AccessoriesAcc5Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-BioLogic - Battery AccessoriesAcc4Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-Smartphone PotentiostatSensitsmart 900Px 768X512 1Electrochemistry instrument. A potentiostat holds an electrode at a set voltage and measures current (a galvanostat holds current and reads voltage); impedance (EIS) adds frequency response. Used for batteries and fuel cells, corrosion, sensors and coatings, and for teaching. Battery cyclers charge/discharge cells repeatedly to measure capacity and life. C4D and flow-injection systems detect ions in capillary electrophoresis and flow analysis; glassware/electrodes/accessories complete the cell.
-Vibration Research - Vibration Testing ControllervrVibration test controller and dynamic signal analyzer. They drive shaker tables with controlled profiles and measure resonances. Used for product durability, shock/vibration qualification and structural testing.
-Vibration Research - Dynamic Signal AnalyzerObserverVibration test controller and dynamic signal analyzer. They drive shaker tables with controlled profiles and measure resonances. Used for product durability, shock/vibration qualification and structural testing.
-Vibration Research - Dynamic Signal Analyzerobserver2Vibration test controller and dynamic signal analyzer. They drive shaker tables with controlled profiles and measure resonances. Used for product durability, shock/vibration qualification and structural testing.
-Sono-tek - Ultrasonic Coating TechnologyExactaop3Ultrasonic spray coating. A vibrating nozzle atomises liquid into a fine, low-velocity mist for uniform thin coatings with little waste. Used for solar cells, fuel cells, medical devices, electronics and glass.
-Sono-tek - Ultrasonic Coating TechnologyExactacoat 500X337Ultrasonic spray coating. A vibrating nozzle atomises liquid into a fine, low-velocity mist for uniform thin coatings with little waste. Used for solar cells, fuel cells, medical devices, electronics and glass.
-Sono-tek - Ultrasonic Coating TechnologyFlexicoat 330X500Ultrasonic spray coating. A vibrating nozzle atomises liquid into a fine, low-velocity mist for uniform thin coatings with little waste. Used for solar cells, fuel cells, medical devices, electronics and glass.
-Sono-tek - Ultrasonic Coating TechnologySonoflux Ez 500X319 1Ultrasonic spray coating. A vibrating nozzle atomises liquid into a fine, low-velocity mist for uniform thin coatings with little waste. Used for solar cells, fuel cells, medical devices, electronics and glass.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNS24Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNE300Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNE200Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNE100Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNSPLUSElectrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesNS1Electrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Lab Scale Electrospinning / Electrospraying MachinesStarter_KitElectrospinning/electrospraying machine. A high voltage draws a polymer solution into nanofibres collected on a drum or plate (or sprays fine particles). Used for filtration media, wound dressings, tissue scaffolds, drug delivery, batteries and sensors.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_12Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_12RPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_12SPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_12RSPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_13Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_13R_Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_13SPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_13RSPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_14Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_14RPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_14SPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS_Syringe_Pump_14RSPrecision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump Systems15RSIPS15Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Syringe Pump SystemsIPS-16RS_1Precision syringe pump. It dispenses liquids at a steady, programmable low flow rate. Used with electrospinning, microfluidics, dosing and chemical or biology feed lines.
InovensoInovenso - Peristaltic Pump SystemsPeristaltic_Pump_System_3Peristaltic pump. Rollers squeeze flexible tubing to move fluid with no contact with the pump parts. Used to transfer, dose or circulate liquids, including sterile or corrosive ones.
InovensoInovenso - Peristaltic Pump SystemsP21Peristaltic pump. Rollers squeeze flexible tubing to move fluid with no contact with the pump parts. Used to transfer, dose or circulate liquids, including sterile or corrosive ones.
InovensoInovenso - Dip Coater SystemDip_Coater_güncel_fotoDip coater. It lowers a substrate into a solution and withdraws it at a controlled speed to leave a uniform thin film. Used in sol-gel, nanotechnology and biomedical coatings.
InovensoInovenso - Overhead StirrersIMS-01Overhead stirrer. A motor-driven shaft mixes thick or large-volume liquids that magnetic stirrers cannot handle. Used for polymer solutions, slurries and syntheses.
InovensoInovenso - Overhead StirrersIMS-02Overhead stirrer. A motor-driven shaft mixes thick or large-volume liquids that magnetic stirrers cannot handle. Used for polymer solutions, slurries and syntheses.
InovensoInovenso - Overhead StirrersIMS-03Overhead stirrer. A motor-driven shaft mixes thick or large-volume liquids that magnetic stirrers cannot handle. Used for polymer solutions, slurries and syntheses.
InovensoInovenso - Overhead StirrersIMS-04Overhead stirrer. A motor-driven shaft mixes thick or large-volume liquids that magnetic stirrers cannot handle. Used for polymer solutions, slurries and syntheses.
InovensoInovenso - Overhead StirrersGL-45Overhead stirrer. A motor-driven shaft mixes thick or large-volume liquids that magnetic stirrers cannot handle. Used for polymer solutions, slurries and syntheses.
-PSSC Labs - High Performance Computing ClusterCloudRax-Cluster-Closed-RackHigh-performance computing cluster. Many linked servers share heavy calculations. Used for simulation, modelling, AI/data analysis and research computing.
-PSSC Labs - High Performance Computing ClusterParallux-Storage-ClusterHigh-performance computing cluster. Many linked servers share heavy calculations. Used for simulation, modelling, AI/data analysis and research computing.
-Yamato - Muffle FurnaceUntitled 5Muffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Yamato - Stirrers and HotplateProducts 5973Hotplate stirrer. Heats and stirs liquids in a flask. Used for routine mixing and chemical preparation.
-Yamato - Stirrers and Hotplate8900791605B3C5Fed2C2C3Hotplate stirrer. Heats and stirs liquids in a flask. Used for routine mixing and chemical preparation.
-Yamato - Incubators5A603A7B293F9Incubator. Holds a stable temperature (and sometimes humidity) for growing cultures and running temperature-sensitive tests.
-Yamato - Incubators5A603A7B2874EIncubator. Holds a stable temperature (and sometimes humidity) for growing cultures and running temperature-sensitive tests.
-Yamato - Spray Dryers5A603A7B42C01Lab spray dryer. It turns a liquid feed into dry powder by spraying into hot air. Used for pharmaceuticals, food ingredients, ceramics and encapsulation.
-Yamato - Water Circulators18901213635B3C507E52F2FWater circulator/bath. Holds or pumps liquid at a set temperature for cooling or heating instruments and samples.
-Yamato - Water Circulators10879360005D8C622D16502Water circulator/bath. Holds or pumps liquid at a set temperature for cooling or heating instruments and samples.
-Yamato - Water CirculatorsProducts 6208Water circulator/bath. Holds or pumps liquid at a set temperature for cooling or heating instruments and samples.
-Yamato - Freeze Dryers10852908765B3B7226940D9Freeze dryer (lyophiliser). It removes water from frozen material under vacuum, keeping structure. Used for preserving biologicals, pharmaceuticals and foods.
-Yamato - Freeze Dryers17839806255B3B7240E3110Freeze dryer (lyophiliser). It removes water from frozen material under vacuum, keeping structure. Used for preserving biologicals, pharmaceuticals and foods.
-Yamato - Water Bath17815969585B3B7Fd0D5386Water circulator/bath. Holds or pumps liquid at a set temperature for cooling or heating instruments and samples.
-Hobersal - OvenHS-CF SeriesLaboratory drying/heating oven. Used for drying, sterilising, curing and ageing tests at moderate temperatures.
-Hobersal - Muffle FurnaceMF-SERIESMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Muffle FurnacePR-SERIESMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Muffle FurnaceGB-SeriesMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Muffle FurnaceHD-SERIESMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Muffle FurnaceSONY DSCMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Muffle FurnaceXG-SERIESMuffle furnace. A sealed high-temperature oven (often above 1000 C) used for ashing samples, heat treatment, ceramics, glass and enamel work and materials testing.
-Hobersal - Tube FurnaceST SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceST-SP SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceTR SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceHTF SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceHTF-SP SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceHTF-SP-SC SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceST SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Tube FurnaceST-V SeriesTube furnace. A heated tube holds samples under controlled atmosphere or vacuum. Used for annealing, crystal growth, catalyst and CVD-type processes.
-Hobersal - Vacuum FurnacePR-V SeriesVacuum hardware. Pumps remove gas, gauges read pressure, flanges/feedthroughs/viewports connect, power and window the chamber, and mass-flow controllers meter process gas. Together they let labs and tool builders reach and control the low-pressure conditions needed for coating, surface science and electron/ion instruments.
-EMS - Cryo Supplies and Accessories77550Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Calibration Standards, Specimens, and Aids79505Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Specimen Preparation and Embedding Media Kits14750Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Specimen Preparation and Embedding Media Kits62520Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Specimen Preparation and Embedding Media Kits62527Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Specimen Preparation and Embedding Media Kits14760Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - DiATOME Diamond KnivesUltra Diamond KnifeElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - DiATOME Diamond KnivesHistologyElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Grids, Grid Storage Boxes, and SuppliesCf24Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Ultrasonic Cleaner71020 AllUltrasonic cleaner. High-frequency sound in a bath loosens dirt from parts, glassware and EM grids.
-EMS - Ultrasonic Cleaner71022Ultrasonic cleaner. High-frequency sound in a bath loosens dirt from parts, glassware and EM grids.
-EMS - Scanning Electron Microscope SuppliesChap10Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Material Science and Metrology50300PolishingElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Material Science and MetrologyChap10Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Material Science and Metrology1232AElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Laboratory Safety Accessories and SuppliesLaboratoryElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Starter EM KitsCleaning SolutionsElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Labels, Tapes, DispensersLabels Tapes DispensersElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Sample Preparation Equipment and AccessoriesLaboratory MicrowaveElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Sample Preparation Equipment and Accessories5100Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Sample Preparation Equipment and Accessories12600Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Cleaning Solutions and AccessoriesCleanElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Cleaning Solutions and Accessories70840Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Illuminators, Magnifiers, Microscopes and GraticulesDigital Hand Held MicroscopeElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Illuminators, Magnifiers, Microscopes and Graticules68145Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Tweezers, Dissecting Tools, Instruments, and GadgetsTweezers Dissecting Tools Instruments And GadgetsElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Tweezers, Dissecting Tools, Instruments, and GadgetsDumont140Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Tweezers, Dissecting Tools, Instruments, and GadgetsEsd 00Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Tweezers, Dissecting Tools, Instruments, and Gadgets72907Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Photography: Film and SuppliesKodak Electron Microscopy FilmsElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Histology and Light MicroscopyAntigenElectron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Histology and Light Microscopy71410Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-EMS - Histology and Light Microscopy26750Electron-microscopy and microscopy supplies: diamond knives and embedding kits for cutting thin sections, grids and storage boxes, SEM stubs and coatings, tweezers and tools, magnifiers, cleaning, labelling and safety items. Used for preparing, handling and calibrating specimens for TEM, SEM and light microscopy in biology and materials labs.
-Starna - CuvettesCylindrical CellsOptical cuvettes: precision cells that hold liquid samples for spectrophotometers and fluorometers. Quality and material (quartz, glass, plastic) set the wavelengths they can be used at.
-Starna - CuvettesFlow CellsOptical cuvettes: precision cells that hold liquid samples for spectrophotometers and fluorometers. Quality and material (quartz, glass, plastic) set the wavelengths they can be used at.
-Starna - Certified Reference MaterialsPotassium DichromateCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsNicotinic acidCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsStarna GreenCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsDeep UVCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsHolmium OxideCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsQuinine SulfateCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
RamanStarna - Certified Reference MaterialsHigh Purity Water (Raman)Certified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Starna - Certified Reference MaterialsCyclohexaneCertified reference materials. Sealed standards of known absorbance, wavelength or fluorescence used to check and calibrate spectrophotometers and fluorometers so results can be trusted and traced.
-Kessil - Small scale LEDsPR160_Feature_img01LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Small scale LEDsPR160_Feature_img02LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Small scale LEDsPR160_Feature_img03LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Small scale LEDsAccessories_Controller_img01LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Large scale LEDsPR300_Feature_img01LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Large scale LEDsPR300_Feature_img03LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Large scale LEDsAccessories_KSPRSB01_img01LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Kessil - Large scale LEDsAccessories_KSPRLC01_img01LED lamps with selectable wavelengths for photochemistry and light-driven reactions (and fluorescence/imaging illumination). Used to run reproducible photoreactions and similar light-dependent experiments.
-Consumables - Desiccator CabinetsCabinetDesiccator cabinet. Keeps samples and components dry (low humidity) during storage.
-Thank you for visiting our booth during the 6th International Symposium of the Vacuum Society of the Philippines!IMG_2469Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Thank you for visiting our booth during the 6th International Symposium of the Vacuum Society of the Philippines!IMG_2472Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Thank you for visiting our booth during the 6th International Symposium of the Vacuum Society of the Philippines!IMG_2446Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Thank you for visiting our booth during the 6th International Symposium of the Vacuum Society of the Philippines!IMG_6133Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Ametek ORTEC Presentation and Visit at the Philippine Nuclear Research InstitutePicture1Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Ametek ORTEC Presentation and Visit at the Philippine Nuclear Research InstitutePicture2Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Ametek ORTEC Presentation and Visit at the Philippine Nuclear Research InstituteScaledNot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Ametek ORTEC Presentation and Visit at the Philippine Nuclear Research InstitutePicture3Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
-Ametek ORTEC Presentation and Visit at the Philippine Nuclear Research InstitutePicture5Not a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
HoribaHoriba Webinar: What is Fluorescence, Part 3: Lifetime and Time-Resolved Emission SpectroscopyHoriba WebinarNot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.
HoribaHoriba Webinar: What is Fluorescence, Part 3: Lifetime and Time-Resolved Emission SpectroscopySalauat KiraevNot a machine: a dealer news or event post (announcement, exhibition, visit or webinar). Useful only for context on what the dealer is promoting.