Used WATERS Xevo G2-XS #9219580 for sale

WATERS Xevo G2-XS is a state-of-the-art tandem quadrupole mass spectrometer designed for use in biopharmaceutical, biomedical, and foods and beverage analysis. Its ultra-fast and accurate performance, comprehensive detection suite, and user friendliness make it an ideal choice for diverse analysis needs. Xevo G2-XS consists of two quadrupole mass analyzers in tandem, a source, and an ion detection system. Each quadrupole features four metal rods to generate a radio frequency (RF) field that gives stability to the ion beams as they travel through its ion path. Changing the RF field parameters, such as frequency and voltage, enables the precise control of ion beams with the targeted retention time for selection and detection of certain ions. The source of WATERS Xevo G2-XS is an electrospray ionization (ESI) source, a method for generating gaseous ionic compounds from liquid samples. The ESI source generates positively or negatively charged ions, depending on the mode of operation. When a sample elutes off the chromatographic columns, it passes through ESI source, where it is ionized. Xevo G2-XS is equipped with a detector that offers a comprehensive suite of detection capabilities. It can detect ions at low and high mass-to-charge ratios (m/z), and can also provide qualitative and quantitative information about compounds in mixtures. The instrument is capable of measuring intact ions, fragment ions, and specific ions with extremely high precision and sensitivity. WATERS Xevo G2-XS is designed for advanced operability with its user-friendly software that enables researchers to customize the instrument's settings and parameters according to their specific analysis needs. The software also offers a streamlined data acquisition and processing platform, allowing users to easily capture and analyze their data. In conclusion, Xevo G2-XS is a powerful and reliable spectrometer, providing ultra-fast analysis and accurate results. Its comprehensive detection suite and user-friendly features make it an ideal choice for diverse research needs.