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You'll benefit from our many years of experience with companies for whom we've made the smallest projects into something big.
We manufacture the test cartridges in multi-shift operation for @Spindiag, a medical technology start-up from Freiburg. The Rhonda test system was successfully certified as a CE-IVD product in Germany and the EU.
We have developed a LabDisk for the innovative Sievers Eclipse platform from SUEZ, which tests samples for endotoxin contamination simply, safely and reliably using liquid handling alone. This process is of great importance for producing medical infusions, for example.
Within four months, we developed a reliable infrared temperature sensor for contactless fever measuring devices and produced and delivered one million units in our own clean room.
As part of an industrial order, Hahn-Schickard developed a sensor unit for monitoring the transport routes of medical samples for the Munich-based start-up company Smart4Diagnostics.
The startup was founded in 2014 by microsystem engineering doctoral students Jonas Schöndube and André Groß, economist Benjamin Steimle, Dr. Peter Koltay and BioFluidix. Within just 5 years it has achieved a company value of 30 million euros, and since August 2019 it has belonged to the Swedish biotechnology company Cellink.
Since 2002, three million thermal differential pressure sensors have been produced by Hahn-Schickard and delivered to customers. These are utilized in ventilation and air-conditioning technology, as well as in building technology, such as that used in schools and hospitals
Working with Lohmann & Co., we have developed an optimal product solution for sealing processes using UV-LUX technology. This technology enables Lohmann to offer – as the first company on the market to do so – an uncompromising and reagents-preserving seal with the highest resistance, developed using lab-on-a-chip solutions by means of a UV-light activatable sealing film.
With high-precision liquid-based inclination sensors, Leica laser measuring devices can measure not only lengths, but heights as well.
For the company TrueDyne, we transformed an MEMS chip prototype into a product in no time at all. The sensor measures the smallest changes in the thickness of liquids and gases.
With this display, blind persons can for the first time operate graphical user interfaces on computers and use traditional user programs. Even the "mouse click function" can now be utilized via the touch sensors.
Hahn-Schickard's successful technology transfer: our spin-offs are taking off
Here you can see our projects that are open to the public.
