Empowering your vision
CMUT
CMUTs – capacitive micromachined ultrasonic transducers – are MEMS based structures suitable for signal transmission and reception. Offering a lot of design freedom, high volume manufacturing and high levels of integration at a lower cost CMUT enable breakthrough applications in medical, microscopy, inkjet printing and testing markets among others.
Photonics
Recent developments allow us to shrink complex photonic circuits so they can be made on a chip or other substrate at the sub-millimeter level. With our unique expertise in process development and manufacturing we shorten your photonics development and enable reliably and expertly integrate and scale up your cutting-edge photonic devices to production.
BioMEMS
Developing BioMEMS devices from proof-of-principle to manufacturing at scale requires a profound understanding of how physical and biological components work at the submillimeter level. Using MEMS & thin film technologies like lithography, dry and wet-etching, deposition, etc, we can manufacture a range of bioMEMS devices for microfluidics, microneedles, micropumps, MEAs and more.
Thin film
Flex to Rigid
Flex to Rigid (F2R) is a high-precision platform, that includes flexible polymer interconnects with embedded electrical tracks. The extreme flexibility and micron-size precision lets F2R take over, where standard flex foil technology comes to an end. F2R offers a solution for many miniaturization challenges with virtually every 3D shape made possible.
Other
Our technology platform and expertise in micro- and nanotechnologies is very suitable for the manufacturing of various kinds of MEMS devices and sensors, actuators, micro-wave cavity filters, inkjet printheads and many others. Depending on application requirements, many device optimizations are possible with custom process flow.
