Used THERMO SCIENTIFIC FINNIGAN Polaris Q #9384528 for sale

THERMO SCIENTIFIC FINNIGAN Polaris Q Spectrometer is a spectrometric instrument used for analyzing the infrared spectrum of a sample. It is capable of scanning up to four free-moving plates simultaneously and is designed to produce high-resolution images with a high signal-to-noise ratio. Featuring an ultra-sensitive 1024-channel, multiplexed detector module and a 2000 point linear or logarithmic scan rate, Polaris Q can detect even the smallest changes in a sample's spectral profile. Its versatile parameters afford the opportunity to customize analysis and optimize results. The system is composed of an Optical Bench, Sample Mount and Detector sub-assemblies. The Optical Bench is constructed with 8 adjustable mirrors, permitting multiple wavelength generations, and a filter wheel assembly for selecting desired spectral ranges. The Sample Mount supports a variety of entrance and exit ports, thus allowing for simultaneous absorption measurements of two or more samples or multiple points of view. The Detector sub-assembly is composed of a 4x4 array of linear image sensor chips, each equipped with an individually selectable, ultra-sensitive 1024-channel linear imaging detector module. The concentration, spectrum and kinetic data associated with any given sample can be calculated using the Instrument Control Software. This software incorporates multiple storage and management features, to facilitate the comparison and analysis of multiple data sets. Furthermore, the software suite is compatible with a wide variety of optional accessories, including a graphite furnace, an autosampler and a cell shutter. Highly reliable, THERMO SCIENTIFIC FINNIGAN Polaris Q Spectrometer is an excellent tool for conducting a variety of analyses in a wide range of disciplines. This system is ideal for research involving samples from polymers, pharmaceuticals, petrochemicals, atmospheric science, material science and biochemistry. Furthermore, Polaris Q Spectrometer enables scientists to easily and accurately quantify species found in complex mixtures, greatly expanding the possibilities of infrared spectrometry.