Used THERMO SCIENTIFIC LTQ Orbitrap Velos #9060309 for sale

THERMO SCIENTIFIC LTQ Orbitrap Velos is a type of high-performance mass spectrometer. This instrument enables researchers to precisely identify and quantify peptides and proteins. Its unique combination of Orbitrap Mass Analyzers and Quadrupole Separation Stages provides both high sensitivity and extended mass range. The LTQ iVelo is composed of two main components: the Orbitrap Analyzer and the Quadrupole Separation Stage (QSS). The Orbitrap analyzer is a type of high-resolution mass analyzer that utilizes the trapping and ejecting of ions within a vacuum chamber. It can separate ions based on mass-to-charge ratio, providing a finer resolution than any other mass analyzer system. The QSS is used to separate ions based on their before entering the Orbitrap Analyzer. The quadrupole field of the QSS is optimized for the desired resolution and m/z range. The LTQ iVelo system is capable of separating ions with a mass range of up to 20,000 m/z. The LTQ iVelo is equipped with a new ion trap, known as the Linear Ion Trap, which can measure up to 500 ions in a single shot. This trap speeds up the analysis by eliminating the need to move sample ions multiple times between the ion source and the analyzer for each scan. Additional features of the LTQ iVelo include the newly designed THERMO SCIENTIFIC TriWave ion source. This source offers three times the sensitivity of previous ion sources. The ion optics has also been improved to offer a higher transmission of ions to the mass analyzer. The LTQ iVelo has a number of advantages over other types of mass spectrometers including the ability to precisely separate and quantify peptides and proteins. Its high sensitivity and wide mass range make it an ideal choice for proteomics and metabolomics research. The Linear Ion Trap and the TriWave ion source both contribute to its superior performance. Overall, the LTQ iVelo offers researchers a powerful and reliable mass spectrometer for performing comprehensive molecular analyses.