Used THERMO NICOLET Almega Raman #9156418 for sale

THERMO NICOLET Almega Raman Spectrometer is an advanced laboratory instrument that provides a quick, non-destructive analysis of complex materials. It is widely used in the analysis of inorganic and organic materials alike. The device uses a method known as Raman spectroscopy that is based on the inelastic scattering of light which results in a shift of frequency. This phenomenon, known as the Raman effect, occurs when visible laser light is directed onto a sample and some of the light energy is scattered from it. Almega Raman Spectrometer features a high resolution and a wide-wavelength range (350-2500 nm). It is a single-laser, triple-beam equipment, with a maximum incident power of 1 W. The instrument also includes an automated detector, allowing it to measure signals from a wide variety of samples over a broad spectral range. THERMO NICOLET Almega Raman Spectrometer is equipped with a high-sensitivity, multi-channel spectrometer, making it highly reliable and suitable for use in a variety of applications. The spectrometer features an advanced optics system that offers a combination of high sensitivity and resolution with a wide range of wavelength coverage. Its advanced stage controlled scanning allows for a stable and reproducible unit, which is ideal for material that is sensitive to changes in machine parameters. The optics tool and Raman spectrometer offer excellent spectral resolution and sensitivity, allowing the user to obtain detailed information on their sample. Almega Raman Spectrometer is user-friendly and is suitable for both high-risk and low-risk applications. The powerful data analysis and graphical processing capabilities assists users in interpreting the collected data and making meaningful scientific conclusions. The optical asset includes a temperature-controlled detector and sample handling model that provides increased stability and accuracy. THERMO NICOLET Almega Raman Spectrometer is an effective and reliable tool for the analysis of complex materials. Its robustness and advanced automation capabilities make it an ideal choice for a variety of industries, including chemical, industrial, and medical research. Its intuitive user interface provides all the necessary resources for efficient operation, including automatic sample set-up and data acquisition. This spectrometer is suitable for a wide variety of applications with its wide wavelength range, automated sample handling, and superior data collection capabilities.