Used TOPCON SR-UL1R #9315473 for sale

TOPCON SR-UL1R spectrometer is a powerful Raman spectroscopy instrument designed for high-resolution, quantitative measurements. It is capable of measuring Raman spectra over a wide wavelength range (from 200 to 1,000 nm) with exceptional frequency accuracy and resolution. The spectrometer is equipped with a Cu/Be/Sr/Ar X-ray source, a very sensitive CCD detector, and a specially designed optical system that makes it ideal for general purpose Raman spectroscopy. The instrument is capable of distinguishing between two different vibration modes, namely: Rayleigh scattering and Raman scattering. The presence of two separate detectors allows the instrument to detect these modes with great accuracy, enabling it to precisely measure both resonance and non-resonance variations in a sample's structure and composition. SR-UL1R spectrometer utilizes a unique laser source based on diode array technology. This enables it to produce a very wide-foreground laser source, with a range of 9 - 55 nm. The diode array laser is very stable and provides the instrument with high stability in long-term operation, enabling the spectrometer to perform highly accurate measurements over time. The spectrometer is integrated with sophisticated software that makes it easy to manipulate the spectroscopy data and analyze it. The software also allows for the automated detection of small shifts in the frequencies of the spectra, as well as for the customization of the scan range. The software makes it possible to retrieve the relevant information from the scanned sample much faster and easier. In addition, the instrument is equipped with advanced detectors that can detect even very weak signals in the range of 190-1,900 cm⁻¹ with high sensitivity. This makes it possible to measure changes in the sample's structure and composition with a great degree of accuracy. TOPCON SR-UL1R spectrometer is designed for laboratory use. It is able to reliably and accurately measure the vibration frequencies of substances over a wide range and with a minimum of error. This makes it ideal for exploring the structure and composition of different compounds and materials, as well as for providing analytical data in the fields of biochemistry, polymer science, and other related fields.