Cryogenics
Cryostats and cryogenic devices operating with liquid nitrogen and helium, engineered for vacuum environments.
Engineered for extreme cold.
We design and manufacture devices for the cryogenic sector operating in vacuum, with both nitrogen and liquid helium, joining copper, stainless steel and various aluminium alloys with vacuum-tight techniques.
Cryogenic devices we engineer.
Helium and nitrogen cryostats
Cryostats operating with LN2 and LHe for research experiments.
Magnet and coil assemblies
Cold masses and coil structures for detectors and accelerators.
Copper cold components
High-conductivity copper parts for cold and RF environments.
Custom cryogenic devices
One-off devices co-designed with research groups, from concept to test.
Cold, vacuum and materials.
The know-how that keeps performance stable at cryogenic temperatures.
Materials at low temperature
Copper, stainless steel and aluminium alloys selected and joined for cryogenic service.
Vacuum-tight joining
Welding and brazing qualified for thermal cycling between ambient and cryogenic temperatures.
Thermal management
Thermal shields, supports and interfaces designed to control heat loads.
Testing
Leak testing and functional checks performed before delivery.
Nitrogen and helium, in vacuum.
Nitrogen and helium
Devices designed for liquid nitrogen and liquid helium service in vacuum conditions.
3 metal families
Copper, stainless steel and aluminium alloys joined with vacuum-tight techniques.
Cryogenic projects.
Cluster D Vertical Cryostat
Talk with our team to develop your cryogenic device.