Member since: 2019
Organization: Arctic University of Norway
The analytical specificity & advanced data processing dramatically affects our work.
Application Area: Arctic marine bioprospecting
"Vion IMS QTof requires less set-up time, and because all the data is collected in one analysis, the need to reacquire is eliminated. Acquiring all data in one analysis combined with the added specificity from ion mobility provides Marbio researchers with the confidence to make better decisions, faster."
Member since: 2010
Organization: United States Department of Agriculture
Super instrument if you can afford it
Application Area:Food Analysis
"High-quality and reliable results. Very powerful software make data processing very easy. Ion-mobility is a must if you sample contains a lot of isomers."
Vion IMS QTof is a high resolution QTof mass spectrometer that delivers the selectivity of ion mobility to every scientist, for every analysis.
Does high resolution, accurate mass data always lead to the correct answer first time? Avoid additional confirmatory experiments by utilizing the selectivity of ion mobility. Featuring new geometry and including XS Ion Optics and the QuanTof2 detection system, the Vion IMS QTof has the sensitivity and dynamic range to make ion mobility quantitative and routinely usable, enabling:
With Vion IMS QTof you can use the selectivity of ion mobility to quickly refine spectra and discount chromatographically co-eluting compounds and background interferences. Enabling you to characterize your compounds with confidence.
The ability to gather and process CCS data for every ion gives you more confidence in your data than ever before. Vion IMS QTof is driven by UNIFI scientific information system to deliver the most comprehensive analytical workflow, enabling you to target, identify, and review results in a single software platform. Make more informed decisions, faster.
CCS provides chromatographic retention time independent data points, enabling confident identification of your analytes and reducing the risk of false positives and false negatives. Even during initial sample analysis, without any retention time knowledge, you can use theoretical exact mass and CCS library values to identify unknown and unexpected components.