Get superior performance and productivity for nano-, capillary-, and micro-flow LC-MS workflows with the Thermo Scientific Vanquish Neo UHPLC system.

The tandem LC-MS system incorporates a second pump and intelligent column switching to allow you to maximize detector usage and regain the time lost from column reconditioning.

The Vanquish system meets mass spectrometry. Our pioneering UHPLC system combines seamlessly with our best-in-class mass spectrometers to provide that extra level of confidence and productivity. Only detecting a peak is no longer sufficient; you have to know what that particular peak is.

With a fully biocompatible flowpath and ultra-low gradient delay volume, it offers superior separations with unsurpassed retention time and peak area precision, excellent detector sensitivity and lower baseline noise for the most demanding LC and LC-MS workflows.

Combined with Thermo Scientific state-of-the-art triple quadrupole MS instruments and Chromeleon CDS with MS instrument control and data analysis, the Vanquish UHPLC system brings quantitative LC/MS analysis to the next level.

Nov 5, 2021 · Vanquish Refractive Index Customer Familiarization; 4820.0405 - MS connection kit for Vanquish Quick Installation Guide

The Thermo Scientific Vanquish system was built around the column and the user to deliver better separations, more results and easier interaction.

Vanquish Flex Binary and Horizon Systems – What‘s the difference? Higher RT precision of the Vanquish Horizon system can reduce your number of technical replicates, one important aspect to be considered for high-throughput.

Powered by AIM (Active Ion Management) technology, the TSQ Quantiva MS is the world’s most sensitive triple quadrupole MS, detecting compounds at the ppt level. fast SRMS with no loss in sensitivity. Neutral clusters eliminated for robustness. LODs and LOQs unrivaled in its class.

The Vanquish Flex UHPLC systems are tools to enable you to meet these goals. Whether you need an LC or LC-MS solution, the flexibility of binary or quaternary solvent blending provides the most advanced performance through better separations, more results and easier interaction.