ATR3200N Dual wavelength Portable Laser Raman Spectrometer Introduction: In experiments, it is often uncertain which excitation wavelength is better? The ATR3200N dual wavelength Raman spectrometer is an analytical instrument designed for small samples, with two laser light sources of different wavelengths concentrated inside. Its characteristic is that it does not damage the sample, is non-contact, and can be tested without special preparation of the sample. This instrument has the advantages of high cost-effectiveness and small sample size, and can be extended to liquid testing, including identification of textiles, biology, alcohol, and crystals. The built-in 532nm, 633nm, and 785nm Raman sensors in ATR3200 all use a cooling type high-sensitivity Raman signal enhancement CCD, high-efficiency Raman probe, and ultra narrow linewidth laser with a power of up to 600mW. Combined with high reliability optical design, circuit design, and structural design, the measurement results are very stable and the signal-to-noise ratio is extremely high. The built-in 1064nm Raman of ATR3200 adopts a cooled semiconductor laser with ultra narrow linewidth and a two-stage cooled ultra-high sensitivity InGaAs linear array CCD, which gives it ultra-high performance and sensitivity, making it particularly suitable for scientific research, medical equipment and other fields. characteristic: 1. Dual excitation wavelength: Choose two wavelengths from 532, 633, 785, and 1064nm; 2. Ultra high sensitivity, with a signal-to-noise ratio>3000:1 3. Ultra high stability 4. Imported optical components with excellent product performance; 5. Equipped with high-performance spectrometer 6. USB 2.0 interface directly connected to computer Product application: Research Institute bioscience Forensic identification material science Medical Immunoassay Agricultural and Food Identification Analysis of Water Pollution Identification of Gemstones and Inorganic Minerals environmental science
Introduction: In experiments, it is often uncertain which excitation wavelength is better? The ATR3200N dual wavelength Raman spectrometer is an analytical instrument designed for small samples, with two laser light sources of different wavelengths concentrated inside. Its characteristic is that it does not damage the sample, is non-contact, and can be tested without special preparation of the sample. This instrument has the advantages of high cost-effectiveness and small sample size, and can be extended to liquid testing, including identification of textiles, biology, alcohol, and crystals. The built-in 532nm, 633nm, and 785nm Raman sensors in ATR3200 all use a cooling type high-sensitivity Raman signal enhancement CCD, high-efficiency Raman probe, and ultra narrow linewidth laser with a power of up to 600mW. Combined with high reliability optical design, circuit design, and structural design, the measurement results are very stable and the signal-to-noise ratio is extremely high. The built-in 1064nm Raman of ATR3200 adopts a cooled semiconductor laser with ultra narrow linewidth and a two-stage cooled ultra-high sensitivity InGaAs linear array CCD, which gives it ultra-high performance and sensitivity, making it particularly suitable for scientific research, medical equipment and other fields.
