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The world's leading PTR-MS company

Providing ultra-sensitive solutions for real-time trace gas analysis since 1998

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Our Trace Calibration Product Range

Precise calibration is essential for most analytical instruments. We offer systems that provide controlled amounts of calibration gas, zero air or even standards from evaporated liquids. Browse our range of LCU systems.

Add-ons, inlet-systems and accessories for your IONICON PTR-MS

Benefit from special inlet and sampling systems, cases and other tools for your instrument.

We service, maintain, upgrade and optimize your instrument

IONICON offers preventive maintenance contracts and provides upgrades to new technologies. Let our experts improve the experience with your IONICON system!

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IONICON ion funnel technology
Benefit from the ION BOOSTER technology with up to 10x increased sensitivity! Optionally available for selected new PTR-MS systems and as upgrade for many existing instruments.
H3O+ and NO+, O2+ / Kr+, Xe+ as precursor ions.
Quantify more volatile compounds than ever in real-time with IONICON PTR-MS and SRI-MS technology, using the SRI/SRI+ features, and take advantage of single-digit pptv-level detection limits, only available with IONICON real-time trace gas analyzers.
Ultimate Performance in mass resolution, sensitivity and detection limits
The future of performance: from the smallest and most affordable PTR-TOF 1000 to our new flagship PTR-TOF 6000 X2, the IONICON PTR-TOFMS series is leading the field. Benefit from our experience and know how!

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"Major research areas in the domain of Bioscience Engineering (Ghent University) encompass research in food chemistry, food microbiology and preservation, environmental chemistry and technology, chemical ecology and plant host signaling. In the specified research areas, the group of the Volatile Organic Compounds (VOC) plays an important role. Some VOC have biological effects at very low concentrations (sub ppbv) and are usually present in complex mixtures, which make VOC analysis quite a challenge. The introduction of PTR-MS enables to take major steps towards VOC monitoring. The PTR-QiTOF instrument is unique in its combination of (a) sensitivity (b) real time monitoring possibilities and (c) increased identification quality through high resolution mass spectrometry."
"Our group uses Ionicon PTR-MS and PTR-QiTOF instruments to study the sources, chemistry, and impacts of atmospheric organic compounds across a diverse range of environments. We use these instruments because the combination of sensitivity, mass resolution, and fast time response provides an important toolset for our research."
"At Wageningen UR we see many research applications for the IONICON PTR-QiTOF. It’s easy use, sensitivity, accuracy and on line detection without the need of prior treatments makes it a high potential instrument for all kinds of diagnostic and quality oriented research, going from environmental issues, to food and to health biomarkers."

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INTRANEF – More analytical performance for agroindustrial applications Fondazione Edmund Mach (FEM) and IONICON are funding a PhD program in Physics at the University of Milan on the improvement of the analytical performance of PTR-MS in agroindustrial applications. The project is called “INTRANEF” for INcreasing ThRoughput and ANalytical Efficency of direct injection mass spectrometry for […]

https://blog.ionicon.com/2017/07/apply-now-phd-program-funded-ionicon-fem/

CHARON PTR-TOF and new technologies for increased PTR-TOF performance Our team was able to meet many of you at the ASMS meeting and our science presentations. Those of you who didn’t make it to the conference or our posters, are now able to pull a copy from our website. See what’s coming up and get […]

https://blog.ionicon.com/2017/06/download-asms-2017-innovation-posters/

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E. Pallozzi, G. Guidolottia, P. Ciccioli, F. Brilli, S. Feil, C. Calfapietra: "Does the novel fast-GC coupled with PTR-TOF-MS allow a significant advancement in detecting VOC emissions from plants?", Agricultural and Forest Meteorology, 216, 2016.
G. O’Connell, S. Colard, K. Breiev, P. Sulzer, S. S. Biel, X. Cahours, J. D. Pritchard, K. M.M. Burseg: "An Experimental Method to Determine the Concentration of Nicotine in Exhaled Breath and its Retention Rate Following Use of an Electronic Cigarette", J Environ Anal Chem 2: 161, 2015.
26. Feb - 1. March
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Resources and downloads
Below you will find past events. Visit our dedicated microsites for downloads or more information about a particular event.

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