Used WATERS / MICROMASS XEVO TQ-S #293757619 for sale

ID: 293757619
Vintage: 2014
Mass spectrometer ESI Source IonKey source (2) EDWARDS XDS35I Scroll pumps LENOVO PC 2014 vintage.
WATERS / MICROMASS XEVO TQ-S is a high-resolution tandem quadrupole mass spectrometer designed to provide accurate measurements of organic compounds. The system uses advanced quadrupole ion guides to allow analysis of a wide range of m/z ratios and contains onboard software capabilities that can detect, identify, and quantify trace organic compounds including peptides, proteins, metabolites, and small molecules. The quadrupole technology used in WATERS XEVO TQ-S relies on electrostatic fields to direct and collisionally activate ions allowing for higher resolution analysis. These fields are established by applying four independent voltages to metallic rods mounted in a pair of linear frames. When configured for electrospray ionization, the instrument uses a needle-like emitter to form a liquid stream of ionized compounds which are then accelerated and passed into the mass analyzer. The ions undergo a series of collisions when passing through the X-Y rod assembly to define the desired responses. MICROMASS XEVOTQ-S contains an onboard library of sample fragments and an automated "authentication window" which can be used to detect and confirm the presence of specific compounds. Furthermore, the system is also capable of detecting and quantifying trace components and providing an estimate of their concentration based on the m/z ratio. XEVOTQ-S is completely automated, giving operators the ability to create and save protocols and analyze data without manual intervention. Additionally, a range of analytical techniques can be employed such as ion mobility spectrometry, nuclear magnetic resonance, and nuclear quadrupole resonance. In conclusion, MICROMASS XEVO TQ-S is a compact, high-performance mass spectrometer which offers reliable, accurate, and detailed analysis of organic compounds. The system has the ability to identify and quantify trace components and provide concentration estimates which enable researchers to produce robust and reliable data.
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