Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX / KRATOS ANALYTICAL Axima-Qit #9165617 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX / KRATOS ANALYTICAL Axima-Qit Spectrometer is a high-performance quadrupole ion trap mass spectrometry (QITMS) instrument that delivers reliable and accurate quantitative and qualitative analysis for various sample types. This instrument is a powerful tool for studying the composition and structure of complex mixtures and can be used to perform a variety of analytical tasks such as proteomics, metabolomics, and lipids. ABI Axima-Qit instrument utilizes a quadrupole ion trap (QIT) mass spectrometer. The QIT features a four-pole quadrupole analyzer that captures and accelerates ions and expels them into an ion detector. The acceleration of ions takes place in its inner cylindrical components, while the ion detector is positioned at the top end of the device. The ions are then further analyzed by a mass spectrometer. MDS SCIEX Axima-Qit Spectrometer offers a high sensitivity and resolution and has the capability of multiple ion scans for each sample. Its peak resolution is 0.9 amu and its measured dynamic range spans 6 orders of magnitude. In addition to its high sensitivity, Axima-Qit also offers a low background noise and is able to achieve a signal-to-noise ratio of >150. Furthermore, the instrument features a robust cleaning system to ensure reliable and powerful sample preparation. KRATOS ANALYTICAL Axima-Qit Spectrometer comes equipped with advanced software designed to help users analyze samples effectively. The instrument is equipped with an auto scan mode that can be programmed to automate scanning processes, reducing the time needed for data acquisition. Additionally, users can interact with the instrument using a graphic user interface and controls that allow for manual manipulation of scan parameters. In conclusion, APPLIED BIOSYSTEMS Axima-Qit Spectrometer is a powerful and reliable tool for studying complex mixtures. Its quadrupole ion trap (QIT) mass spectrometer technology provides high resolution and dynamic range, while its low background noise delivers exceptional signal-to-noise ratios. Additionally, its advanced software and graphic user interface allow users to analyze their samples quickly and effectively.