Used WATERS / MICROMASS XEVO TQ-S #9190354 for sale

WATERS / MICROMASS XEVO TQ-S is a high-performance triple quadrupole spectrometer designed to deliver high-resolution, structurally specific information about a wide variety of compounds. It combines a powerful vacuum equipment with an advanced detection system to yield an exceptionally dynamic range. WATERS XEVO TQ-S's design centers around a quadrupole mass analyzer, which offers an accuracy and precision of 5 ppm (+/- 2 amu), enabling high resolution and accurate quantification of multiple compounds in complex mixtures. MS/MS capability further enhances the sensitivity and selectivity of the spectrometer, and up to five MS/MS scans can be programmed for each analyte of interest. These scans also allow for increased selectivity, allowing the instrument to differentiate between isobaric compounds. MICROMASS XEVOTQ-S's detection unit is based on a dual-stage, low-energy electron multiplier, giving exceptional dynamic range and sensitivity, even at the low m/z range. This machine is also capable of biasing signals, allowing the instrument to detect compounds over a wide dynamic range. The instrument also features a QTRAP Technology, which makes it possible to analyze mixtures with multiple components in a single run. The QTRAP enables co-elution and recognition of analytes with different charge states and assists in the identification of trace level compounds in complex mixtures. In addition, XEVO TQ-S includes an Autotune, which allows quick and easy optimization of the instrument's settings, as well as a host of data processing and reporting tools such as Targeted MRM, which speeds up the process of setting up a multiple reaction monitoring (MRM) experiment. Overall, MICROMASS XEVO TQ-S is an advanced triple quadrupole spectrometer that offers exceptional resolution and accuracy, enabling the identification and analysis of complex mixtures in a single run. Its robust and adaptable design makes it a great choice for any laboratory looking to do state-of-the-art analysis.