OUR SERVICES


Quantum technology is an exhilarating field of discovery and development. We help our customers to mature their systems, bringing the industry a step closer to capitalizing on the advantages of superfast quantum computing. With our in-depth knowledge of opto-mechatronics, cryogenics, vacuum design, magnetic shielding, thermal control and multiphysics simulation, we possess the right skill set to find the right quantum solutions. Moreover, we have a solid track record in system engineering and product development, so the industrialization of your innovative idea to a consistently produceable system is in good hands with us.
The field of quantum technology covers two other domains, that are, in contrast to quantum computing, already commercially viable. Quantum communication evolves around unhackable cryptography and the promising domain of quantum sensing uses quantum mechanics to create magnetometers, accelerometers and other sensors. Both domains require comprehensive expertise in many of the technical competences we have in store.

We can rely heavily on our long-established background in the semiconductor industry to help our customers with the development of equipment for qubit manufacturing, metrology and chip inspection. As testing has to be done at operating temperatures of a few Kelvin, our competences in cryogenics are imperative.
We believe in the power of partnerships. So, to deliver as promised, we combine expertise, experience, and domain knowledge to create a winning team. Working side-by-side, creating shared value.



3D Metal Jet Printing is about printing products made from micrometer-range droplets of various metals. The high conductivity of copper and silver could be combined with the rigidity of aluminium or stainless steel. Demcon took on the challenge of enabling this process by meeting the daring printing conditions.
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There are not enough rheumatologists for frequent monitoring of all RA (Rheumatoid arthritis) patients. The Hemics HandScan device addresses this by using inflammation detection in the hands through optical spectral transmission (OST).
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Lightning-fast internet via glass fiber – that’s what everyone wants. But one tricky point in roll-out is the manual connection of two fiber ends. That demands accuracy, takes time and requires skills. TE Connectivity developed a connector that lends itself to automatic processing by a so-called Light Plug Tool.
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We designed a short-stroke wafer stage provided with a special metrology solution and high-efficiency motors. To this we added a complexly shaped magnetic shield, for which we developed a smart and dedicated manufacturing process.
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