Used WATERS / MICROMASS Xevo GS-2 #293663252 for sale

WATERS / MICROMASS Xevo GS-2
ID: 293663252
Mass spectrometer.
WATERS / MICROMASS Xevo GS-2 is a high-performance spectrometer used in the analysis of molecules. It is capable of providing high-resolution data through its advanced analytics for a wide range of applications. It is designed to provide maximum performance with minimal setup time and effort. This spectrometer features an advanced quadrupole orthogonal time-of-flight (Q-TOF) ion source with integrated vacuum technology, which gives improved repeatability, performance, and resolution compared to low resolution TOF systems. The GS-2 also has an advanced scanning ion optics platform, a high-speed drift tube detector, and a robust electron multiplier, allowing it to accommodate a variety of mass-spectrometry applications. The GS-2 provides up to an order of magnitude more sensitivity than conventional LC/MS systems due to its high-speed operation and superior data acquisition. This results in faster data acquisition and improved signal-to-noise ratio. Additionally, the instrument is compatible with a range of solvents, making it suitable for a variety of biological analyses. WATERS Xevo GS-2 is designed to accommodate fast, precise, and accurate analyzing of multiple sample types, such as proteins, carbohydrates, and metabolites. Its unique combination of high-performance components, including the ion optics platform, makes it ideal for complex biological sample analysis. MICROMASS Xevo GS-2 also offers full compatibility with mass spectrometry software, enabling fast, automated processing of data. This data can be used for detailed qualitative and quantitative analysis, as well as metabolomic and proteomic studies. Additionally, the GS-2 supports the analysis of isobaric compounds, allowing for more comprehensive structural elucidation. Overall, Xevo GS-2 provides a powerful platform for the analysis of a variety of complex biological samples. Its advanced analytical capabilities, coupled with its superior sensitivity and extended compatibility range, make it an ideal choice for both research and industrial laboratories.
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