expertise
how we work
quantum development.
Quantum development requires multidisciplinary system engineering: translating complex requirements into a buildable, testable design, and iterating toward higher performance and scalability.
As part of the Demcon Group, Demcon kryoz combines deep technical expertise with a flexible and transparent approach, collaborating with customers and partners to deliver high-quality solutions.
We actively engage with the quantum ecosystem and see strong opportunities for cryogenics and vacuum technology to enable the “second quantum revolution.”
What you can expect from us:
- System-level engineering, not just component selection—covering architecture, interfaces, test strategy, and manufacturability.
- Vacuum and cryogenic design, because cryogenics and vacuum often go hand-in-hand in advanced instruments and low-temperature systems.
- Modelling and simulation to de-risk early, enabling faster concept trade-offs and better first-time-right hardware.
demcon kryoz
extreme low-noise cryogenic engineering.
Demcon kryoz is part of a consortium developing an advanced cooling system for the Einstein Telescope (ET), where vibration-free cooling to very low temperatures is crucial to enable accurate measurements of extremely weak signals.
This kind of engineering challenge reflects the same fundamentals often encountered in quantum systems: low temperatures, low disturbance, and tight environmental control.
how we add value to quantum.
cryogenics and thermal control.
Quantum systems demand tight temperature control, often at cryogenic temperatures, because unwanted heat and drift reduce performance and measurement fidelity.
Demcon kryoz designs and realizes cryogenic cooling and thermal architectures that target stability (MK), controllability, and integration into the complete setup.
vacuum environments.
For multiple quantum modalities, vacuum quality is essential to prevent unwanted interactions with particles and to maintain stable operating conditions.
Demcon kryoz brings extensive experience in vacuum techniques and cryogenic fluidics, including handling gases and liquids in demanding, low-temperature environments.
ultra-low vibration cooling.
In many quantum experiments and instruments, vibrations translate directly into noise and reduced measurement quality.
Demcon kryoz develops solutions focused on low-vibration cryogenic cooling, including an ultra-low vibration nano meter miniature cryogenic cooler designed for high-resolution microscopy, demonstrating the design approach needed for disturbance-sensitive applications.
from feasibility to verification.
Quantum hardware development requires more than a single prototype: it needs engineering discipline, verification, and a path to repeatable manufacturing.
Demcon kryoz supports the full innovation cycle, including feasibility studies, prototyping, testing, certification, and manufacturing support.
why demcon kryoz.
Demcon kryoz can help quantum businesses turn demanding cryogenic and vacuum requirements into stable, integrated systems that perform predictably as complexity grows. We stand out through a stability-first engineering mindset backed by publicly shared work on ultra-stable cryogenic hardware in precision instrumentation, and by our ongoing development of vibration-free cryogenic technology within the Einstein Telescope (ET) programme, where extreme stability at cryogenic temperatures is the core requirement.
a demcon group company
beyond your imagination.
Within the Demcon Group, specialist companies combine forces and share expertise, so the right knowledge is available exactly when your project needs it.
For you, that means one partner who can bring together the disciplines you need and support the full path from concept and engineering to industrialisation and production support.
"no quantum technology without cryogenics"
For many of today’s most advanced quantum technologies, cryogenics is not optional, but essential. Extremely low temperatures suppress thermal noise, preserve fragile quantum states, and make precise control and readout possible. From superconducting qubits to ultra-sensitive measurement systems, cryogenic environments form the foundation on which reliable quantum performance is built. In that sense, there is no practical quantum technology without cryogenics.
