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News and updates from the PTR-MS community

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Archive for the ‘Applications’ Category

Virtual visit to the IONICON headquarters in Innsbruck

A short video taken at the Austrian science open-house night 2018

Did you ever wonder how it looks like in our offices, our instrument assembling center or what we can do for you in our applications lab?

If you never made it to visiting us but always wanted to, then this short video is exactly for you:

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Watch now: CHARON PTR-TOFMS on-demand webinar Part 1

The award-winning technology for real-time aerosol analysis

We just finished the first on-demand webinar on the CHARON PTR-TOFMS technology and are glad to share it with you.

Learn more about the method and performance of CHARON PTR-TOFMS which detects the most abundant range of atmospheric organic carbon compared to other analyzers or inlet systems on the market.

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Ruggedized and Airworthy PTR-TOF 4000

Custom-built by IONICON engineers for the University of Montana

One of the special skills we are known for is to custom-build PTR-TOFMS and ioniTOF systems for research and industrial applications. Our engineering team is eager to work out special solutions and by now we have a solid track record for more than two dozen tailor-made analytical instruments that are fully customized.

IONICON engineers with “their” instrument before we shipped it to the University of Montana

Each one is unique and purpose-built to withstand G-forces, shocks, varying pressure levels and temperatures that you and I wouldn’t like to experience. Often also size and weight matters and our team has to make the instrument fit into spaces where a normal analyzer is too large or heavy. (more…)

Benefits for High-Resolution IONICON PTR-TOF for Food & Flavor Science

Analysis of Complex Flavors in Real-Time with Ultra-Low Detection Limits

For many years PTR-MS instruments are considered a gold-standard in many applications when it gets to the quantitative online analysis of very low concentrated VOCs without sample preparation. Among the early adopters of this unique technology that was commercialized by our company back in 1998, were researchers interested in aroma release monitoring and the direct analysis of flavors in real-time while consumers were enjoying the products. This lead to an early breakthrough of PTR-MS in food & flavor science.

Application note: Analysis of Complex Flavors with PTR-TOF 6000 X2

Now more and more PTR-MS instruments based on time-of-flight mass spectrometers are used by our customers who benefit from the high-resolution and sensitivity as well as a real sub-pptv detection limit that e.g. our current flagship model PTR-TOF 6000 X2 offers.
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What you ever wanted to know about PTR-MS: new on-demand webinar

Watch: Introduction to PTR-MS – VOC Analyzers – Applications – Demo

A good 15 minutes of your valuable time make this a worthwhile and entertaining experience, moderated by our applied science team. Philipp and Simone will introduce you to PTR-MS, present the advantages of time-of-flight mass spectrometry, show our products and some applications. They will also take you to our lab where we demonstrate the benefits of highly sensitive real-time VOC analysis at two real application showcases.

We hope you enjoyed the webinar. We had fun creating it for you. Feel free to share.

Want to know more? Review our comprehensive PTR-MS documentation.

AMC-Monitor T-1000: all-in-one analyzer for the semiconductor industry

Real-time VOC monitoring in FOUP, fab and the clean-room environment

Airborne Molecular Contamination (AMC) is more and more taking center stage in today’s semiconductor manufacturing processes. In the past the focus was on filtering particles from the ambient air in the clean-room to reduce their negative impact on production yield. Using  expensive air filtration equipment and transport containers for wafers, FOUPs – short for Front Opening Unified Pod, this problem is largely under control. While particles are still important, the contamination concern has shifted towards low-concentrated volatile molecules. These trace gases can be undesirable for semiconductor manufacturing processes and are therefore defined as airborne molecular contamination (AMC).

IONICON AMC-Monitor T-1000

To monitor AMC directly at the photolithography tool-level and in the transport and storage environment, real-time analyzers with low online detection limits and versatile usage scenarios are needed.

 

To address current and future challenges within and around fabrication plants, we have developed the modular and flexible monitoring platform AMC-Monitor T-1000.

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Apply now: PhD program funded by IONICON and FEM

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 agroindustrial applications.

The call is now open and interested candidates can apply until 01:00 pm of September 4th, 2017 (more…)