Raman spectral engine operates from 300 to 1100 nm

July 10, 2009

BaySpec announces the release of its first next-generation visible-NIR Raman Spectral Engine with a range of 300 to 1100 nm. This vestal instrument can be used for Raman illuminated at various wavelengths from 300 nm up to about 800 nm for Raman spectroscopy. It is lightweight and portable for use in the field, with the resolution usually limited to lab bench-top instruments.

LFW Staff

BaySpec announces the release of its first next-generation visible-NIR Raman Spectral Engine with a range of 300 to 1100 nm. This vestal instrument can be used for Raman illuminated at wavelengths from 300 nm up to about 800 nm for Raman spectroscopy. Using a 2048 x 64-pixel CCD array, typical resolution of approximately 5 cm^-1 is achieved. Lightweight and portable for use in the field, it provides resolution that is usually limited to lab bench-top instruments. Low power consumption adds to the versatility and locations where Raman technology can be deployed. As with all BaySpec spectrometers, this instruments uses a VPG transmission grating and no calibration in the field is required. The instrument's range can be set for any segment of the 300 to 1100 nm range of the detector.
BaySpec
Fremont, CA
www.bayspec.com
[email protected]

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PRESS RELEASE

Fremont, California- BaySpec, the leader in IR spectroscopy, announces the release of its first next generation Visible-NIR Raman Spectral Engine with a range of 300nm to 1100nm. This vestal instrument can be used for Raman illuminated at various wavelengths from 300nm up to about 800nm for Raman spectroscopy. Using a 2048 X 64 pixel CCD array typical resolution of approximately 5 cm^-1 is achieved. Light weight and portable for use in the field with the resolution usually limited to lab bench top instruments. Low power consumption adds to the versatility and locations where Raman technology can be deployed. Pricing is very competitive and targeted towards the OEM market. As with all BaySpec spectrometers, this instruments uses a VPG transmission grating and comes calibrated for life. No calibration in the field is required. BaySpec manufactures the gratings, so the instrument's range can be set for any segment of the 300nm to 1100nm range of the detector. For more information, contact Brian Harrison, [email protected]

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LFW Staff

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