We've updated our Privacy Policy to make it clearer how we use your personal data. We use cookies to provide you with a better experience. You can read our Cookie Policy here.

Advertisement
An image displaying a Newsletter on tablet, laptop & mobile

To continue reading this article, sign up for FREE to

Technology Networks logo


Membership is FREE and provides you with instant access to email newsletters, digital publications, our full content catalogue & more...

IONICON Launches the New Ultra-sensitive PTR-QiTOF Trace VOC Analyzer

Read time: Less than a minute

IONICON Analytik has unveiled its new PTR-TOFMS series flagship instrument: the PTR-QiTOF.

Featuring a Quadrupole ion guide (Qi), the PTR-QiTOF achieves a performance, no other commercial PTR-TOFMS system has ever been able to demonstrate before.

Scientists can expect up to 25x more sensitivity, one order of magnitude lower detection limit and 20% higher mass resolution than the world's current bestselling and up to now also best-performing PTR-TOFMS instrument.

The market-leading specifications of the new PTR-QiTOF are the result of our continuous investment in innovation and herald a new generation of IONICON PTR-TOFMS technology:

Using a specially crafted high-resolution time of flight (TOF) mass spectrometer including the new Quadrupole ion guide (Qi) in combination with the refined IONICON PTR technology, the PTR-QiTOF achieves a mass resolution of more than 6000 (up to 10,000 m/Δm FWHM), a limit of detection well below 1 pptv (in 30 sec), and an unmatched sensitivity of more than 1500 (up to 4500 cps/ppbv).

This boost in sensitivity is especially beneficial for cutting edge applications like eddy-covariance flux measurements, where ultra-low VOC concentrations have to be quantified with more than 10 Hz.

The high time-resolution and sensitivity of IONICON PTR-TOF instruments enable flux measurements of biogenic VOCs, providing new insights to our understanding of the atmospheric VOC budget by studying active atmosphere-ecosystem exchange of a vast number of BVOCs.