QTRAP 6500+ system

High-throughput mass spec

This system is the fastest and most sensitive QTRAP. It provides the best LOQs to enable the detection and quantification of the broadest scope of chemical compounds in the most challenging matrices. Improved polarity switching and MRM3 speeds allow faster chromatography and better throughput. The built-in QTRAP functionality enables quantitative MRMs and qualitative QTRAP scans in the same injection to maximize throughput.

The system is ideal for laboratories performing demanding applications requiring ultimate sensitivity for ultra-low-level quantitation of small and large molecules.

QTRAP 6500plus System
Key features

Mass range

Triple quadrupole: 5 – 2,000 Da; linear ion trap: 50 – 2,000 Da

Flexible ionization options

Options include electrospray ionization (ESI) and heated nebulizer ionization probes.

Selective, robust and powerful ion separation

Optional SelexION differential mobility spectrometry

Detector type

IonDrive high energy detector

Polarity switching

5 msec in MRM and Scheduled MRM modes

More ions with IonDrive technology

Three areas of enhancements for the 6500+ series

The production of more ions with the newly designed IonDrive Turbo V source is just one of the updates you will see with the QTRAP 6500+. Also added is the ability to capture and transmit more ions with the unique IonDrive QJet ion guide and greater detection with the new IonDrive high energy detector+.

IonDrive Turbo V source

The new design of the legendary Turbo V source increases ion production by using enhanced gas flow dynamics and optimized heater configuration to improve reliability, reproducibility, and robustness.

IonDrive QJet guide

With its dual-stage design, the IonDrive QJet guide improves sensitivity and ion capture rate while focusing ions more efficiently than funnel approaches.

IonDrive high energy detector+

Pulse counting fundamentals achieve ultra sensitivity at the lower end, while increasing linearity at high count rates. The result is the collection of more ions across a broader dynamic range.

SelexION+ differential mobility spectrometry

Ideal development suite for applications requiring the separation of isobaric species, isolation of challenging co-eluting contaminants and reduction of high background noise.


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