CRAIC Technologies, San Dimas CA, USA
CRAIC Technologies manufactures superior microspectrophotometers for science and industrial applications. We specialize in the UV, visible and NIR regions and pride ourselves in making the finest tools for the finest minds.
Since CRAIC’s founding, our mission has been to become the leading provider of superior quality optical tools and superior support for the customers who use those tools. We manufacture the best quality microspectrophotometers and UV-visible-NIR microscopes and Raman microspectrometers bar none.
Since its inception, CRAIC has specialized in optical tools for the ultraviolet, visible, and near-infrared regions. Products include microspectrophotometers (also known as microspectrometers or microscope spectrometers) that is able to take spectra of samples smaller than a micron. CRAIC has also designed and built UV-visible-NIR range microscopes. Full spectral range fluorescence, transmission, and reflectance spectra and images can be acquired from any microscopic sample non-destructively and without contact with these tools. CRAIC manufactures both scientific grade systems in addition to specialized systems for industries such as semiconductor inspection and pharmaceutical metrology. CRAIC also makes NIST Traceable Standards, the only ones in the world specifically designed for microspectrophotometers, and specialized software packages.
CRAIC specializes in the following micro-analytical techniques: UV-Visible-NIR microspectroscopy, UV-visible-NIR microscopy, Color microspectroscopy, Transmission microspectroscopy & microscopy, Reflectance microspectroscopy & microscopy, Fluorescence microspectroscopy & microscopy, Polarization microspectroscopy & microscopy, Raman microspectroscopy, Film thickness measurements, Spectral modelling.
CRAIC has more experience designing, developing, manufacturing and installing microspectrophotometers than anyone. CRAIC is committed to maintaining the highest level excellence for ist’ products and service.
Reflectance of Coal
Refractive Index of Glass Fragments