Dispersive 1064 Raman Spectrometers

Description

Dispersive Raman spectrometers operating with a 1064 nanometer laser excitation source form this product category. These analytical instruments are used in fields like chemistry and materials science for identifying molecular structures. The longer 1064 nm wavelength is frequently chosen to reduce sample fluorescence, a typical interference encountered with shorter excitation sources. In this spectrometer design, the collected Raman scattered light is separated by wavelength using a dispersive component, such as a diffraction grating, prior to reaching the detector. This configuration is applicable for examining diverse materials, including pharmaceutical compounds, polymeric substances, and biological samples.