Products and Services

CRAIC Technologies™ has developed the CRAIC Image™ solution to allow users of its UV-visible-NIR range microscopes and microspectrophotometers to acquire and analyze…

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Small spot thin film thickness measurement can be done both by transmission and reflectance.

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CRAIC Technologies quartz slides and coverslips are spectral grade and manufactured to the highest levels of quality.

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Optical microscopes are standard in many laboratories, typically serving as magnifying tools to enhance sample visibility.

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Transform your basic optical microscope into a powerful analytical tool with spectroscopy.

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The microphotometer is designed to measure the luminous intensity of microscopic samples or microscopic areas of larger objects.

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The UVM-1™ is a UV microscope that also can image in the visible and NIR.

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CRAIC Technologies™ has developed the ImageUV™ solution to allow users of its UV-visible-NIR range microscopes and microspectrophotometers to acquire and analyze images…

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Microspectrophotometers are used to analyze biotechnology products by reflectance, absorbance and fluorescence.

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Microspectrophotometers are used to test the color and intensity of each FPD pixel.

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Microspectrophotometers are used for microplate analysis by reflectance, absorbance and fluorescence.

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Microspectrophotometers are used to analyze nanobiotechnology products by reflectance, absorbance and fluorescence.

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Microspectrophotometers are used to test the color and intensity of each OLED pixel.

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Protein crystals can be quickly located & identified by UV microscopy.

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Microspectrophotometers are used to analyze lab-on-a-chip test points by reflectance, absorbance and fluorescence.

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Fluorescence standards designed for microspectroscopy and microfluorometry.

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Optical microscopes are staples in many laboratories, typically used to magnify samples for better observation.

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Petrography is the detailed examination of rocks including the analysis of fluid inclusions.

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Fluorescence microspectroscopy can be used to analyze fluid inclusions.

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Fluorescence is the emission of a photon with the decay from the S1 excited state to the S0 ground state.

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The cytospectrometer measures the UV-visible-NIR spectra of sub-cellular components.

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The UV microscope is a microscope that can image in the ultraviolet region.

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The ultraviolet microscope is a microscope that can image in the ultraviolet region.

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UV microscopy requires a special microscope designed to "see" beyond what a standard optical microscope can image.

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Ultraviolet microscopy is microscopy for imaging in the ultraviolet region.

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The NIR microscope is a microscope that images in the near infrared region.

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NIR microscopes are designed to "see" beyond what a standard optical microscope can image.

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The cytophotometer measures the UV-visible-NIR spectra of sub-cellular components.

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Cytophotometry is the UV-visible-NIR spectral analysis of cellular components.

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Deoxyribonucleic acid (DNA) is an essential part of living beings.

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Ribonucleic acid (RNA), like DNA, is an essential part of living beings.

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Microspectrophotometers can be used for nanophotonic research.

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Microphotonic research deals with phenomena in the ultraviolet, visible and near IR region with wavelength from approximately 300 to 1200 nm.

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Nano-optic research deals with phenomena in the ultraviolet, visible and near IR region with wavelength from approximately 300 to 1200 nm.

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Micro-optic research deals with phenomena in the ultraviolet, visible and near IR region with wavelength from approximately 300 to 1200 nm.

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Solar cells, also called photovoltaic cells, are designed to convert solar energy directly into electricity.

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The near infrared microscope is a microscope that images in the near infrared region.

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Microspectrophotometers are used to analyze nanomaterials by reflectance, absorbance and fluorescence.

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Microspectrophotometers are used to analyze biomaterials by imaging and spectroscopy.

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Microspectrophotometers are used for non-destructive examination of inks and papers.

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Microspectrophotometers are used to detect contaminants on precision devices.

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Microspectrophotometers are used for vision research and the study of photoreceptors.

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Discover the unseen with CRAIC Technologies SWIR microscopes.

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SWIR microscopy extends your capabilities far beyond those of standard optical microscopes.

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The 2030PV PRO™ microspectrophotometer from CRAIC Technologies stands as the pinnacle of micro-analysis instruments.

Read 2030PV PRO Microspectrophotometer — Specifications

The 2030XL PRO™ microspectrophotometer is designed to acquire spectra, images, and film thickness measurements of microscopic features of large scale samples.

Read 2030XL PRO FPD Microspectrophotometer

Microdisplay Inspection: Color, relative intensity, spectroscopy and film thickness of pixels and light sources.

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LightBlades™ spectrophotometers, from CRAIC Technologies, are designed specifically for microspectroscopy.

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Microspectrometers are used to measure the intensity of each pixel.

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Optical microscopes are routinely found in a wide variety of laboratories, but they are often only used as a magnifying glass to allow the user to better see the sample.

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The MSP head unit can be added to the photoport of a microscope, and the spectrometer measures the light that is collected by the…

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LCD Inspection: Color, relative intensity, spectroscopy and film thickness of pixels and light sources.

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The 2030XL PRO™ microspectrophotometer allows you to measure UV-visible-NIR range transmission, absorbance, reflectance, emission and photoluminescent microspectra™ of…

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CRAIC Raman spectrometers are designed to measure Raman spectra of microscopic samples or small areas of larger objects.

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CRAIC Technologies micro Raman spectrometers are designed to measure Raman spectra of microscopic samples or small areas of larger objects.

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Beyond just measuring UV-visible-NIR spectra with microscale sampling areas, microscope spectrophotometers are also capable of microspot thin film thickness and colorimetry…

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The Apollo Raman module is integrated with the frame of an upright optical microscope.

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The luminance, intensity or brightness of individual pixels and groups of pixels can be measured and compared using microspectrometers.

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Microspectrometers are used to test the color of each pixel.

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Microspectrometers are used to measure the contrast ratio of each pixel.

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CRAIC Raman spectrometers are designed to measure Raman spectra of microscopic samples or microscopic areas of larger objects.

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The Apollo Raman systems are modular units that integrate seamlessly with upright optical microscopes, adding powerful Raman spectroscopy capabilities.

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Filters for both illumination and imaging paths in CRAIC microscopes and microspectrometers.

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CRAIC Technologies quartz wellslides are spectral grade and manufactured to the highest levels of quality.

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CRAIC Technologies™ Transmission Microspectrometer Standards are expertly calibrated using Standard Reference Materials from NIST and other globally recognized standards…

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CRAIC Technologies™ Reflectance Microspectrometer Standards are meticulously calibrated using Standard Reference Materials from NIST and other esteemed international…

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Microspectrophotometers are used to analyze colloids and colloidal materials by imaging and spectroscopy.

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Optical microscopes are routinely found in a wide variety of laboratories, but they are often only used as a magnifying glass to allow the user to better see the sample.

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Beyond just measuring UV-visible-NIR spectra with microscale sampling areas, spectral microscopy is also capable of microspot thin film thickness and colorimetry…

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The 508PV™ microscope spectrophotometer is designed to add spectroscopy, color imaging, and vitrinite reflectance capabilities to your optical microscope.

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Beyond just measuring UV-visible-NIR spectra with microscale sampling areas, microscope spectroscopy is also capable of microspot thin film thickness and colorimetry…

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As CRAIC Technologies specializes in optical tools for spectroscopic characterization from the ultraviolet to the short-wave infrared with microscale sampling areas…

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Microspectrophotometers are used to analyze carbon nanotubes and CNT based devices.

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Microspectrophotometers are used to analyze cellulosic nanocrystals and devices.

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Microspectrophotometers are used to analyze cellulosic nanomaterials and devices.

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rIQ from CRAIC for reliable glass refractive index measurement.

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Learn more here on how carbon nanotubes and their optical effects are studied with a microspectrophotometer.

Read Carbon Nanotube Paper Download

Both electronic and vibrational microspectroscopy are important in the development and characterization of nanomaterials.

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Los microscopios químicos se encuentran habitualmente en una amplia variedad de laboratorios, pero a menudo solo se utilizan como lupa para permitir que el usuario vea…

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El microscopio ultravioleta es un microscopio que puede obtener imágenes en la región ultravioleta.

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Los microscopios ópticos se encuentran habitualmente en una amplia variedad de laboratorios, pero a menudo solo se utilizan como lupa para permitir que el usuario vea…

Read Espectrofotómetro

CRAIC Technologies™ manufactures scientific instruments ranging from the premier UV-visible-NIR microspectrophotometer to a flexible microscope spectrometer to a unique…

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Eight CRAIC systems built for one application each, in one table: the product, the application it serves and what it measures.

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Beyond just measuring UV-visible-NIR spectra with microscale sampling areas, the microspectrometer is also capable of microspot thin film thickness and colorimetry…

Read Microspectrometer

Beyond just measuring UV-visible-NIR spectra with microscale sampling areas, microscope spectrometers are also capable of microspot thin film thickness and colorimetry…

Read Microscope Spectrometer

Optical microscopes are routinely found in a wide variety of laboratories, but they are often only used as a magnifying glass to allow the user to better see the sample.

Read Microscope Spectrophotometer

The microscope photometer is designed to measure the luminous intensity of microscopic samples or microscopic areas of larger objects.

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The cytospectrophotometer measures the UV-visible-NIR spectra of sub-cellular components.

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The microspectrofluorometer measures the UV-visible-NIR fluorescence spectra of microscopic samples.

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The microfluorometer measures the UV-visible-NIR fluorescence spectra of microscopic samples.

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