Our compact spectrometer modules measure from the UV to the NIR for absorption, transmission, and reflectance spectroscopy and low light sampling conditions such as reflectance/transmittance, fluorescence, and scattering (Raman).
Our customers integrate these compact systems into measuring devices for portable, laboratory, and process measurements of powders, liquids, gels, fermentation broths, biological matrices, reflective surfaces, films, and gases.
The Quest™ is our lightest and lowest price model in a robust package. It is similar in length and width to an iPhone with 1.5” thickness.
The Glacier™ series are slightly larger than the Quest™ series of spectrometers. These spectrometer engines are cooled, and temperature stabilized to slightly lower than ambient (ca. 14°C). Choose Glacier™ over Quest™ for the benefit of improved light collection (Lower f/#), noise reduction (cooling), and higher dynamic range (longer integration times).
The GlacierT™ is our lowest-cost Raman spectrometer base, but applicable to general spectroscopy applications.
The Exemplar™ series represent our high price/performance UV-NIR series spectrometers with back thinned CCD technology to reduce dark noise components. These models are cooled from 0 to -25°C, and come in various sizes, and optical geometries. Highlighted features are the TE cooled back thinned array, and high stray light rejection.
Choose the Exemplar for extremely low light conditions for diffuse reflectance spectroscopy, diffuse transmission spectroscopy, Raman, fluorescence.
The Sol HT spectrometer engine has been optimized for Raman Spectroscopy.
The higher sensitivity allows for better SNR and shorter scan times, without sacrificing signal intensity. The high quality 512 pixel detector combined with improved deep cooling enhances the stability and overall performance of this incredible instrument.
The Sol™ is our shoebox size SWIR spectrometer series for SWIR absorption, transmission, reflectance and SWIR Raman applications. Contrary to the silicon-based CCD integrated in our other UV-NIR models, the Sol™ series utilizes InGaAs based linear arrays for detection in the SWIR domain.
