Thermo Quantum Ultra with FAIMS LC-MS/MS

The TSQ Quantum Ultra with FAIMS is the benchmark triple quadrupole LC-MS/MS
for pharmaceutical, environmental, food safety, clinical research, and forensics analysis.
This system features the innovative QED-MS/MS scan mode for sensitivity and selectivity.

The TSQ Quantum Ultra with FAIMS is a triple quadrupole mass spectrometer designed
to meet the strict analytical requirements of pharmaceutical, environmental,
food safety, clinical research, and forensics laboratories.

Innovative technology advantages such as Highly Selective Reaction monitoring H-SRM
and high-Field Asymmetric Ion Mobility Spectrometry (FAIMS), previously available only
on advanced tandem mass spectrometers, are available features.
Continuing the tradition of innovation, the TSQ Quantum Ultra with FAIMS
features QED-S/MS that allows for simultaneous quantitative and qualitative analysis.
QED-MS/MS stands for “Quantification-Enhanced Data-Dependant MS/MS.
” The specificity provided by H-SRM followed by QED-MS/MS provides uncompromised
quantitative performance at low levels followed by a fast, highly specific full MS/MS scan for confirmation.

It has faster LC-MS/MS Method Development.
The TSQ Quantum Ultra with FAIMS includes a database of methodologies for the analysis of pesticides,
azo dyes and banned pharmaceuticals in water and food residues.
Coupled to the Accela fast LC system with 1.9um Hypersil Gold column technology,
faster LC-MS/MS methods can be developed without compromising chromatographic resolution.
The fast switching detection system on the TSQ Quantum Ultra with FAIMS,
along with the Accela LC system, provides an integrated platform for the analysis
of unknowns in complex matrices associated with environmental and food safety analysis.

Key Features:
Mass range m/z 30-3000 QED-MS/MS
A new technique for simultaneous quantitation and analyte identification
Over 300 H-SRM acquisitions for confidence in multi-component screening
H-SRM standard for superior quantisation
H-SRM triggered data dependent full scan MS/MS
Neutral loss
Precursor ion scans
Full Dynamic Exclusion Capability
FAIMS compatible for ultimate specificity
Fast positive/ negative switching
Robust IonMax source with all options