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Xevo TQ-XS Triple Quadrupole Mass Spectrometry

 
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Demands on analytical laboratories are changing and every laboratory needs to ensure it can keep pace with these changes. The Xevo® TQ-XS offers:

* StepWave XS™ ion guide that provides increased sensitivity for challenging compounds.
* Enhanced detection system with six orders of linear dynamic range to ensure sensitivity is accessible.
* Tool-free probe design reduces the time taken for any routine maintenance and provides improved reproducibility between users.

Pushing the boundaries – leading technology

The key technologies that enable you to do more with your instrument start with UniSpray™ which ionizes a wider range of compounds than any other single technique. Combining wider compound coverage with an extremely easy to use source, UniSpray can deliver results to your laboratory for more compounds than before, without having to change source or probe. So you can spend more time delivering results and less time changing instrument parts.

Robust results you can trust with the most demanding sample matrices

The routine challenges of complex matrices are overcome by the Xevo TQ-XS which provides reproducible results injection after injection despite difficult sample matrices. In a study involving 2,000 injections of protein-precipitated plasma and analyzing sulphadimethoxine, there was little variation in peak area over the entire injection series with <3% RSD. This study aimed to reproduce the challenging conditions found in many analytical laboratories by also using a short dwell time of only 5 ms.

Making sensitivity accessible with the Xtended Dynamic Range detector

When you need to measure analytes at very different concentrations within the same sample, it is very time-consuming to dilute samples and re-inject in a separate experiment to bring values within calibration curves. With the Xtended Dynamic Range (XDR™) detector there are now six orders of linear dynamic range, enabling you to quantitate a wider range of analyte concentrations without saturating the detector in a single injection.