Yes! We are among the finalists, top 3 in the Innovation Leaders category
at this year’s Swiss Technology Award.
On November 22, Switzerland’s most important technology prize will be awarded
for the 30th time as part of the Swiss Innovation Forum.
The Innovation Leaders category recognizes companies that bring to market
products / technologies that deliver clear, improved performance.
We are extremely pleased that, as a young company, we made it into the top three
in this category. Now we have to keep our fingers crossed for November 22, 2018
when the winner will be announced.
This week we had the 18th National Future Day. This is the day when pupils have the opportunity to accompany their parents at work or get to know the professional world through various special projects.
Obviously, the two visitors had fun watching the different steps in the process to produce our density and viscosity sensors in our laboratory.
It was a pleasure to show our offspring TrueDyne.
Thanks also to the many supporters.
As an expert in density, we not only want to support you in finding an optimal product solution, but also be your first point of contact in this area. We are happy to share our density know-how in the form of a basic training course, which we have put together for you.
Monitoring the composition of your welding gas mixture leads to better controlled processes, saves money, and ensures quality. With this in mind, TrueDyne Sensors AG and HTK Hamburg developed a monitoring solution with latest data integration technology.
Are you interested to know more about it? Do not hesitate to contact us!
Reference: Endress+Hauser Flowtec AG (leading manufacturer of measurement instruments and solutions for process Automation)
Density and viscosity of liquids and gases are determined on the basis of vibronic MEMS sensors.
Resonant vibrating microstructures form the basis for the measuring modules of TrueDyne Sensors AG in Reinach, Switzerland. Through interaction with the fluid, vibration properties such as resonant frequency and vibration quality of the structures change. Using physical models, the density and viscosity of gases and liquids can be determined from these parameters. The manifold application possibilities of the measuring instruments include engine test benches, burner control or gas quality monitoring. Join us on the path from vibration to measured value, in the following article
(Only available in german).
Patrick Reith, R&D Project Manager MEMS
TrueDyne Sensors AG
