Introduction: In the experiment, it is often unclear which excitation wavelength is better? The ATR3200 and ATR3300 portable Raman spectrometers are internally concentrated with two wavelengths of laser light and are an analytical instrument for small samples. The special feature is that the sample is not damaged, non-contact, and can be tested without special preparation of the sample. The instrument's cost-effective, small sample size allows it to be extended to liquid testing, including textiles, bio, alcohol and crystals. The ATR3200's built-in 532nm Raman uses a refrigerated high-sensitivity Raman signal-enhanced CCD, a high-efficiency Raman probe, and an ultra-narrow linewidth laser with a power of up to 600mW, combined with high-reliability optical design, circuit design, and structural design. The measurement result is very stable and the signal-to-noise ratio is extremely high. The ATR3200 and ATR3300's built-in 1064nm Raman, ultra-narrow linewidth refrigerated semiconductor laser, and ultra-high sensitivity InGaAs linear array CCD with secondary cooling make it ultra-high performance and ultra-high sensitivity, especially suitable for scientific research, medical equipment, etc. field. Significant reliability makes the test results accurate and reliable. Excellent low-stack astigmatism conditions make the spectrometer a wide range of applications, especially in public safety, food safety, pharmaceutical engineering, jewellery testing, and stone composition analysis. This versatile software facilitates the spectral analysis process in your application. The 1064nm can directly inspect the internal sample components through opaque plastic drums or dark containers up to 3mm thick, ensuring the safety of the staff and making the operation easier. Features: Double excitation wavelength: ATR3200: 532+1064 nm; ATR3300: 785+1064 nm; ATR3400: 532+785 nm; Ultra-high sensitivity, noise-to-noise ratio >3000:1; High stability; Imported optics, good product performance; Equipped with high performance spectrometer; USB2.0 interface directly connected to the computer; Product application : Research institutes Biological Science Forensic Identification Materials Science Medical Immunoassay Agriculture and food identification Water pollution analysis Gemstone and inorganic mineral identification Environmental science
Introduction: In the experiment, it is often unclear which excitation wavelength is better? The ATR3200 and ATR3300 portable Raman spectrometers are internally concentrated with two wavelengths of laser light and are an analytical instrument for small samples. The special feature is that the sample is not damaged, non-contact, and can be tested without special preparation of the sample. The instrument's cost-effective, small sample size allows it to be extended to liquid testing, including textiles, bio, alcohol and crystals. The ATR3200's built-in 532nm Raman uses a refrigerated high-sensitivity Raman signal-enhanced CCD, a high-efficiency Raman probe, and an ultra-narrow linewidth laser with a power of up to 600mW, combined with high-reliability optical design, circuit design, and structural design. The measurement result is very stable and the signal-to-noise ratio is extremely high. The ATR3200 and ATR3300's built-in 1064nm Raman, ultra-narrow linewidth refrigerated semiconductor laser, and ultra-high sensitivity InGaAs linear array CCD with secondary cooling make it ultra-high performance and ultra-high sensitivity, especially suitable for scientific research, medical equipment, etc. field. Significant reliability makes the test results accurate and reliable. Excellent low-stack astigmatism conditions make the spectrometer a wide range of applications, especially in public safety, food safety, pharmaceutical engineering, jewellery testing, and stone composition analysis. This versatile software facilitates the spectral analysis process in your application. The 1064nm can directly inspect the internal sample components through opaque plastic drums or dark containers up to 3mm thick, ensuring the safety of the staff and making the operation easier.
