Thermo Scientific™ TSQ™ Triple Quadrupole LC-MS Systems offer sensitive, fast, and robust quantitation of a variety of molecule types. The hyperbolic quadrupole analyzers in these triple quadrupole LC-MS systems provide the optimum performance across a wide mass range and at multiple resolutions.
Benefit from the high-resolution, accurate-mass (HRAM) performance advantages offered by our unique Orbitrap mass analyzers. Orbitrap systems connect to liquid chromatography equipment to enhance separation of unknown compounds and enable high-throughput workflows. Thermo Scientific™ offers a wide portfolio of Orbitrap-based MS systems, including systems combined with ion traps and quadrupole mass filters
The Thermo Scientific™ ion trap LC-MS systems incorporate full-scan sensitivity with in-depth MS/MS analysis for low-level compounds in a wide range of applications including drug metabolism, food safety, clinical research and forensic toxicology.
Simplify your mass spectrometry data acquisition and analysis with our unique software platforms for peptides, glycans, lipids and novel compounds. Our software enables you to go all the way from initial compound discovery and quantitation to in-depth HR/AM and MS/MS analysis.
Excellence in our liquid chromatography (LC) offering starts with an extensive line of HPLC columns, broad choice of modern and innovatively designed systems and their seamless connection to Thermo Scientific™ LC-MS systems. Our virtually zero-dead-volume Viper™ Fingertight Fittings are a leak-free at up to 1500 bar / 22,000 psi and amazingly easy-to-use solution to LC connections. The popular Chromeleon™ Chromatography Data System (CDS) software provides a complete solution with operation and data management of both your chromatography and mass spectrometry systems.
Develop your lab developed tests with in vitro diagnostic mass spectrometry (MS) workflows. Use the latest advances in uHPLC technology to improve productivity while optimizing results, analysis certainty, and leveraging the unique ability of MS to analyze a spectrum of analytes in a single run. Together, we are helping clinical researchers understand how they can analyze complex biological samples more rapidly, robustly, and with greater confidence in the results they provide.