Craic's Thermal Stage Controls Sample Temperatures
Craic Technologies has added the ability to control the temperature of samples being analysed spectoscopically to its microspectrophotometers. Heating and freezing stages have brought many benefits to scientists wishing to visualise a sample under different temperature regimes. The company has added this capability to its microspectrophotometers for spectral analysis of microscopic samples throughout the UV, visible and near-infrared regions.
Additionally, samples can be imaged from the deep-UV to the near-IR with this new product. The Craic Thermal Stage adds to the microspectrophotometer capabilities offered by the company. It also opens up new research capabilities for everything from biotechnology to materials science to nanotechnology.
The Craic Technologies Thermal Stage package, depending upon its configuration, enables a scientist to analyse the transmission, reflectance or fluorescence spectra of microscopic samples under conditions of extreme cold or heat. Operating in the UV-visible-NIR regions, samples can be cooled to as low as -196C or heated up to as high as 600C. The same system also allows for atmospheric control of the sample environment - a feature that will open up additional avenues of research in many fields.
Craic Technologies has added the ability to control the temperature of samples being analysed spectoscopically to its microspectrophotometers. Heating and freezing stages have brought many benefits to scientists wishing to visualise a sample under different temperature regimes. The company has added this capability to its microspectrophotometers for spectral analysis of microscopic samples throughout the UV, visible and near-infrared regions.
Additionally, samples can be imaged from the deep-UV to the near-IR with this new product. The Craic Thermal Stage adds to the microspectrophotometer capabilities offered by the company. It also opens up new research capabilities for everything from biotechnology to materials science to nanotechnology.
The Craic Technologies Thermal Stage package, depending upon its configuration, enables a scientist to analyse the transmission, reflectance or fluorescence spectra of microscopic samples under conditions of extreme cold or heat. Operating in the UV-visible-NIR regions, samples can be cooled to as low as -196C or heated up to as high as 600C. The same system also allows for atmospheric control of the sample environment - a feature that will open up additional avenues of research in many fields.
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