Raman

Raman spectroscopy is based on the scattering effect discovered by Indian scientist Raman, and analyzes the scattering spectra with different incident frequencies to obtain information on the vibration and rotation of the molecule and is applied to the analysis of molecular structure. Raman spectroscopy is a molecular structure characterization technique based on the Raman effect. The signal is derived from the vibration and rotation of the molecule. Different materials have different Raman shift, so they can be analyzed by Raman.

Raman spectroscopy is fast and stable, and can be used for non-destructive detection. It is widely used in many fields such as medicine, security, food safe, chemistry and biology. It is suitable for solution analysis due to water has little Raman scattering. Nowadays, laser is widely used as an excitation source of Raman system

Modular Raman spectrum measuring device

Mini spectrometer，BIM-6002A‍ Series

High Sensitivity Spectrometer，BIM-67 Series

Narrow Linewidth Multimode Laser，SIM-6206 Series

Raman probe，SIM-6319 Series

Raman test sample cell，BIM-6322

Quartz Cuvette，BIM-6301-Q Series

Single-point Reflection Stage，BIM-6314

BSV Software

Portable Raman Spectrometer

Portable 532 Raman Spectrometer，BRS-532 Series

Portable 785 Raman Spectrometer，BRS-785 Series

Typical spectrum

785nm Raman spectroscopy of Alcohol

532nm Raman spectroscopy of Alcohol