Raman spectroscopy is the "fingerprint spectrum" of molecular vibration. Different substance molecules have different vibration frequencies, so it is often used as an important basis for substance identification. Raman spectroscopy is an ideal tool for studying biological samples and chemical compounds in aqueous solutions. At the same time, the peaks of the Raman spectrum are clear and sharp, which is more suitable for quantitative research, database search, and qualitative research using difference analysis. The wide range of 4000 wave numbers can be analyzed for organic and inorganic substances; samples used for Raman measurement do not require pretreatment, have a series of advantages such as non-contact, non-destructive, real-time, fast, and direct detection of materials through transparent packaging.

According to the different excitation wavelengths, the Raman spectrometer is divided into 785 Raman spectrometer and 532 Raman spectrometer, which is equipped with a narrow linewidth laser, its spectral range can reach up to 4000cm^-1, and the spectral resolution can be optimized At 8cm^-1. According to the intensity of the Raman spectrum, different sensitivity specifications can be selected, -01 universal type and -02 high sensitivity type. The instrument has stable performance, is easy to carry, and supports OEM customization and secondary development, convenience for laboratory and on-site Raman testing.

• Larger Raman spectral range, up to 4000cm^-1

• High resolution, spectral resolution up to <8cm^-1

• Adjustable laser power, can be tested for different samples

• Compact, small size, light weight, easy to carry

• Equipped with sampling accessories such as liquid sample holder, easy to operate and convenient to use

• Support customization