Used PERKIN ELMER TURBOMATRIX 650 #293609872 for sale

PERKIN ELMER Turbomatrix 650 is a triple-axis spectrometer designed for use in research and industrial applications. This spectrometer is capable of simultaneous dual-axis analysis, providing complete, simultaneous measurement of a variety of physical and chemical properties. Turbomatrix 650 comprises an automated sample handling equipment, a detection module, an isolation chamber, and dedicated optical, mechanical, and electrical components. The sample handling system on PERKIN ELMER Turbomatrix 650 positions samples on a rotating turret and ensures that they are accurately registered. This allows the automated detection module to analyze each sample in turn. The detection module is designed to record a wide range of spectrometric data, including Raman, fluorescence emissions and excitation spectra. It is comprised of an optical fiber, diffraction grating, and a series of miniaturized light detectors. The optical detection chamber is equipped with a light source and a detector head, both of which are controlled by galvanometers that are coordinated by an electronic controller. This allows for ultra-precise spectral measurements in all three axes. The optical unit is optically coupled to the chamber and provides stringent control and analysis of the sample's physical and chemical properties. Turbomatrix 650 also features an advanced isolation chamber, which maintains a constant high vacuum. This ensures accurate and reliable spectrometric measurements of the sample. Furthermore, the machine is also equipped with dedicated electronic components for signal processing and data analysis. These include amplifiers, signal filters, signal processors, and computers. Overall, PERKIN ELMER Turbomatrix 650 is a highly advanced spectrometer designed to provide accurate and reliable spectrometric measurements. Its automated sample handling and sophisticated optical, mechanical, and electrical components enable simultaneous dual-axis analysis of a variety of physical and chemical properties. Furthermore, the advanced isolation chamber ensures optimal accuracy and stability of the spectrometric data obtained.