Scientific applications (optics, materials testing)
Superconductor characterization and superconductor applications (SQUIDS, RSFQ, etc.)
CMOS-type Qbits
ACE-CUBE
ACE-CUBE is a cryogenic platform operating in a closed cycle. Versatile, it is designed for low-temperature scientific instrumentation.
ACE-CUBE
ACE-CUBE is a cryogenic platform operating in a closed cycle. Versatile, it is designed for low-temperature scientific instrumentation.
The optical cryostat is coupled to the refrigerator by a cryogenic line that can be several meters long. This reduces the space required on the optical table. The cooling system is adapted to the required temperatures.
How it works
How it works
The cryogenic line operates on a supercritical helium loop that minimizes vibrations induced on the instrument.
The system’s key components are a cryogenic circulator and a high-efficiency heat exchanger, developed by Absolut System.
For very low-temperature applications (< 2K), we add a Joule-Thomson (JT) cooler stage, also operating in a closed cycle.
- Supercritical helium loop for low vibration transmission.
- Radiative shielding at 50-80K
- Solutions tailored to your needs
Key Points
- Distance between cooler and instrument
- Minimized optical table footprint
- Reduced mechanical coupling
- Very low exported low-frequency disturbances
Modular, efficient innovation
Modular, efficient innovation
Modular,
efficient innovation
efficient innovation
High energy efficiency
The ACE-CUBE offers high energy efficiency for 4K systems, thanks to the Joule-Thomson loop.
Highly modular cooling system
Absolut System’s cooling system can combine several cryogenic coolers such as a Pulse-Tube and a Joule-Thomson cooler.
Low integration and operating requirements
Thanks to the remote cooling system :
- Simplified access: “table-top” configuration
- Low vibration generated by the cryogenic cooler
- No nearby magnetic field generated by the cryogenic cooler
Adapts to your needs
ACE-CUBE adapts to your needs in terms of size, operating temperature and cooling capacity.
Applications
Scientific applications (optics, materials testing)
Superconductor characterization and superconductor applications (SQUIDS, RSFQ, etc.)
CMOS-type Qbits
Scientific applications (optics, materials testing, etc.).
CMOS-type Qbits
Characterization of superconductors and superconducting applications (SQUIDS, RSFQ, etc.).
Our products
Our products