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Liquid chromatography-mass spectrometry Waters TQ-S
The second-hand Waters liquid chromatography-mass spectrometry Xevo TQ-S is specifically designed for demanding UPLC/MS/MS quantitative analysis. A ne
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Another feature of Xevo TQ is the use of ScanWave collision chamber technology, which provides enhanced LC/MS/MS spectral data acquisition capabilities. Unlike ordinary quadrupole tandem mass spectrometers, Xevo TQ-S not only provides excellent quantitative analysis data, but also offers superior MS/MS spectral information. A versatile single instrument platform will be helpful for you as it is suitable for conducting UPLC/MS/MS quantitative and qualitative analysis in various fields, such as biological analysis, ADME screening, food * *, environmental monitoring, forensic identification, etc.
Characteristics of second-hand Waters liquid chromatography-mass spectrometry Xevo TQ-S
Engineered Simplicity： Combining outstanding performance with system versatility and ease of operation;
StepWave: Xevo TQ-S has a new off-axis ion source technology that can improve the sensitivity level of UPLC/MS/MS;
ScanWave： New technology that can provide fast, high-quality, UPLC compatible MS/MS data acquisition;
RADAR： An information enrichment based collection method that allows you to collect highly specific quantitative data about the target compound, while also visually displaying information about all other components;
Multifunctionality: Wide range of ionization ability adaptability, suitable for various analytical applications;
Easy to operate: Ensure excellent system performance and ease of use for various users.
Key technologies of second-hand Waters liquid chromatography-mass spectrometry Xevo TQ-S
StepWave： Breakthrough new off-axis ion source technology can improve the performance level of UPLC/MS/MS.
ScanWave has a fast MRM acquisition function for target compound quantification, which improves the sensitivity of MS/MS full scan data acquisition and is used for structural confirmation.
RADAR： An information enrichment based collection method that allows you to collect highly specific quantitative data of target compounds, while also visually displaying information on all other components in the sample matrix.
Ionic source accessories: with excellent interface compatibility and a wide range of applications for detection.
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