IMtech – Institute for Microtechnologies at RheinMain University of Applied Sciences
Joint Research with IMtech
The Institute for Microtechnologies (IMtech) at RheinMain University of Applied Sciences has been an experienced research partner for companies in micro- and nanotechnology, photonics and medical engineering for more than 20 years. Our ISO class 3 cleanroom and professional femtosecond laser systems are available for your development tasks.
20+ years of experience · 3 research groups · 20+ project partners · 20+ members
Our Cooperation Models
Direct contract, confidential. Results and methods remain with you. No bureaucratic effort — initial meeting, feasibility assessment, quotation.
BMBF, DFG, HMWK — public funding for larger undertakings. IMtech contributes scientific expertise and laboratory facilities, you the application perspective. Experience in proposal writing and project management.
No project framework required. Characterisation, ellipsometer measurement, feasibility test — straightforward and fast. Just get in touch.
IMtech vacuum sensors are flying with NASA's Dragonfly mission to Saturn's moon Titan. Arrival 2034 — already proven on Mars (MOMA mission). Evidence of the quality of our research, which works reliably even under the most extreme conditions.
Selected Partners
IMtech cooperates with partners from industry, research and universities: NASA Dragonfly · GSI/FAIR · TU Darmstadt · University of Göttingen · Fresenius Medical Care · SCHOTT AG · LightFab GmbH · InfraTec GmbH · MRM Proteomics Inc. · messkonzept GmbH · Archigas GmbH · Pulsar Photonics · TOPAG Lasertechnik
Get in Touch
Are you interested in working with IMtech? Prof. Dr. Stefan Kontermann (Director) and Prof. Dr. Markus Bender (Deputy Director) will be happy to help. Go to the contact page
Our Fields of Work
ISO class 3 cleanroom · photolithography · etching technology · thin-film and vacuum technology · MEMS sensors. Contact: Prof. Dr. Markus Bender.
Femtosecond laser materials processing, diffractive optical elements, IR sensing based on sulfur-hyperdoped silicon. Contact: Prof. Dr. Stefan Kontermann.