Used RENISHAW Ramascope #9094116 for sale

RENISHAW Ramascope is an optical spectrometer designed to detect spectral changes in a wide range of materials with extremely high accuracy. The instrument uses Raman scattering to identify and quantify material structures with very high sensitivity. This type of spectrometer is often used in research laboratories and industrial processes, where it can be used for specific analyses as well as process monitoring and control. The instrument consists of a laser light source, a monochromator for selecting the wavelength of light to be used for the measurement, a sample chamber for the sample to be measured, and a detector array to capture the light transmitted from the sample. The laser light excites the resonances of the material and the resulting photons are emitted with a different wavelength. The monochromator is used to filter the scattered light so that only the frequency of light corresponding to the material's resonances is collected and analyzed. Ramascope collects the scattered light and passes it through a detector array. The array consists of several different detectors designed to capture different wavelengths of light. Each detector generates an electrical signal, based on which a signal is computed and displayed on the instrument's display. The resulting measurement can then be evaluated to identify and quantify specific properties of the material being analyzed. The instrument is capable of precisely detecting spectral changes with a resolution of 0.2 parts per million of the given sample. Its accuracy and range are superior to those of other spectrometers, making it ideal for a wide range of applications. The instrument is also extremely sensitive and can detect spectral components which may be missed by other types of spectrometers. RENISHAW Ramascope integrates two lasers for multimode operation, providing enhanced range and accuracy. This device builds upon the performance of traditional spectrometer technology to provide an invaluable tool for materials analysis in diverse disciplines. Its impressive precision and reliability make it the perfect choice for analyzing a wide range of materials for their spectral changes.