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Xevo TQ-S micro: Redefining Compact Performance

60 views 3 weeks ago
The new Xevo TQ-S micro Mass Spectrometer. It's a robust and sensitive tandem quadrupole MS with compact design, featuring unparalleled performance with a wide dynamic range and high rates of data acquisition.
- Robust performance enables reproducible detection of analytes at low levels in complex matrices
- Confidently quantify more analytes using high acquisition rates
- Accessible sensitivity and method transfer with Xtended Dynamic Range (XDR) detector
- Understand sample complexity and improve method development with RADAR
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ACQUITY QDa Detector Play

Separating beyond question: Bring the power of mass detection to your chromatography laboratory. With the ACQUITY QDa Detector, minimize the risk of unexpected peak coelutions or components by using UV and mass data together, and confirm trace components with the analytical confidence of mass detection. Whether you use UPLC, HPLC, or purification (preparative chromatography), enhance the analytical value and productivity of each analysis.

ionKey/MS System for microfluidic chromatography Play

ionKey/MS integrates the ACQUITY UPLC M-Class System with the industry-leading Xevo TQ-S mass spectrometer, which enables the lowest detection limits to be achieved for the most challenging analyses.

Designed for the most demanding quantitative applications, Waters mass spectrometers provide unprecedented levels of sensitivity and the ultimate in quantitative performance.

ionKey/MS provides the same 2.1-mm I.D. UPLC chromatographic performance you know in a 150-µm I.D. channel packed with 1.7-µm particles, providing tremendous improvements in sensitivity.

Learn more at www.waters.com/ionkey

Separations Sciences Play

Waters solutions for separations sciences include high performance liquid chromatography (HPLC), ultraperformance LC (UPLC or also referred to as UHPLC), and supercritical fluid chromatography (SFC).

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UltraPerformance Convergence Chromatography (UPC2) is a broad-based, complementary analytical platform that is taking its place alongside LC and GC as one of the three essential separation technologies for modern laboratory analysis.

There are three main forms of chromatography: gas chromatography (GC), liquid chromatography (LC), and now convergence chromatography (CC). While all three use a stationary phase to interact with compounds of interest and a mobile phase to move compounds through the stationary phase and achieve separation, the techniques differ mainly by the mobile phases used.

GC is defined by using a gas as its mobile phase, LC is defined by using liquids as its mobile phase, and CC is defined by using both gas and liquids. It is this convergence of mobile phases in combination with a far greater choice of stationary phases that makes CC a powerful additional choice for laboratory scientists.


Video posters Play

See how our UPLC and MS technologies are used in a variety of applications.
Case studies and interviews with leading laboratories, why they choose to partner with Waters, and how our solutions are improving their laboratory operations.
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