microTEC Gesellschaft für Mikrotechnologie mbH is recognized as the industry leader for 3D printed microstructures and microsystems. Committed to customer success since 1996, microTEC delivers comprehensive innovative solutions. We offer the full service package to translate product ideas into tangible solutions. From design and development to prototyping and large volume batch-oriented production on substrates up 14″ x14″. Our focus is on miniaturisation and system integration.
As an international renown contract developer and manufacturer across the industries of
- Life Science
- Consumer Electronics
microTEC continues to deliver for more than 20 years applied microtechnologies to its satisfied customers located in Europe, America, Asia and Africa. Our internationally patented RMPD® and 3D-CSP production technologies are based on a proprietary, in-house developed additive manufacturing /3D-Printing approach, that uses UV-light and photomasks to structure liquid photo monomers. In a layer by layer fashion with lateral resolutions and accuracies down to the one micron “1µm” range microstructures currently grow at two locations in Duisburg, Germany and under exclusive license at a partners site in Belgium.
Customized solutions include microfluidics for life science applications, multi and smart material structures, cost efficient MEMS. microTEC integrates electronic elements, like processors, memory, sensors, passive components and batteries vertically or side by side. As well as contact strips as connectors or for soldering, antennas for wireless communication, coils for application of energy harvesting. The advantages of the parallel packaging processing as well as the capability of parallel wiring with various metal stacks via physical vapor deposition (PVD) in 3 dimensions make the technology extremely cost efficient. The batch-oriented approach allows an easy scale up from prototyping to large volumes with the very same technology.
microTEC is proud to be competitive in producing any product that requires high precision in large volumes.
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