Optical filters for Raman spectroscopy for pharmacology

27th August 2019
Posted By : Alex Lynn
Optical filters for Raman spectroscopy for pharmacology

Raman spectroscopy is a molecular identification technique. Usually a monochromatic light source such as a laser is used to interact with the molecular vibrations in the system. The energy state of the laser is subsequently shifted up or down. 

Ultimately this can be used to identify the vibrational mode of the molecule which acts like a fingerprint for a given material. This valuable data helps identify the molecule and its structural characteristics. This includes their chemical and intramolecular bonding.

Raman spectroscopy is typically used in a variety of industries such as pharmacology and mineralogy.

LASER COMPONENTS can provide a range of precision laser edge filters to attenuate scattered light, thus significantly improving the signal to noise ration reaching the detector and improving the sensitivity of your systems.

High efficiency angle tuning narrow bandpass filters can also be provided which take advantage of blue-shifts with increasing angle of incidences. Coverage of an entire Raman spectral range can be achieved by incorporating a few of LASER COMPONENTS‘ narrow bandpass filters.

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