Engineering
Experts in cryogenics, Absolut System offers comprehensive engineering and development services for innovative, customized cryogenic solutions.
The Cryogenics Engineering Department carries out preliminary studies through to prototyping of customized cryogenic systems.
Our team of highly qualified engineers can help you realize your research and development projects by carrying out feasibility studies, preliminary calculations and thermal, fluidic and mechanical simulations.
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Space studies
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Space studies
Absolut System is a recognized player in the space industry. Our R&D department is recognized for its thermal and mechanical management capabilities in the orbital environment.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
- We conduct studies for electric propulsion and supply customized vacuum test chambers.
- We produce cryogenic thermal braids fully adapted to satellites (operating missions or smallsat), meeting the most demanding technical requirements.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
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R&D for the
energy transition -
R&D for the energy transition
Cryogenics is essential to the development of new energies and to the acceleration of low-carbon mobility, thanks in particular to superconductivity. Our engineers support the design of ambitious projects to promote the energy transition.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
- We work to ensure the viability of electric power transmission in superconducting cables in hyperdense zones.
- We support R&D to centralize hydrogen-electricity transport.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
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Scientific &
industrial research -
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Low temperatures
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Low températures
Thanks to its expertise in cryogenics, Absolut System designs low-temperature remote cooling loops from 20K to 0.5K. In partnership with research centers such as Institut Néel, Absolut System is developing equipments for superconducting, quantum, or optical applications. Absolut System has designed and developed ACE-CUBE, a versatile cryogenic optical platform for low-temperature scientific instrumentation.
Space studies
Absolut System is a recognized player in the space industry. Our R&D department is recognized for its thermal and mechanical management capabilities in the orbital environment.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
- We conduct studies for electric propulsion and supply customized vacuum test chambers.
- We produce cryogenic thermal braids fully adapted to satellites (operating missions or smallsat), meeting the most demanding technical requirements.
R&D for the energy transition
Cryogenics is essential to the development of new energies and to the acceleration of low-carbon mobility, thanks in particular to superconductivity. Our engineers support the design of ambitious projects to promote the energy transition.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
- We work to ensure the viability of electric power transmission in superconducting cables in hyperdense zones.
- We support R&D to centralize hydrogen-electricity transport.
Low températures
Thanks to its expertise in cryogenics, Absolut System designs low-temperature remote cooling loops from 20K to 0.5K. In partnership with research centers such as Institut Néel, Absolut System is developing equipments for superconducting, quantum, or optical applications. Absolut System has designed and developed ACE-CUBE, a versatile cryogenic optical platform for low-temperature scientific instrumentation.
-
Space studies
-
Space studies
Absolut System is a recognized player in the space industry. Our R&D department is recognized for its thermal and mechanical management capabilities in the orbital environment.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
- We conduct studies for electric propulsion and supply customized vacuum test chambers.
- We produce cryogenic thermal braids fully adapted to satellites (operating missions or smallsat), meeting the most demanding technical requirements.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
-
R&D for the
energy transition -
R&D for the energy transition
Cryogenics is essential to the development of new energies and to the acceleration of low-carbon mobility, thanks in particular to superconductivity. Our engineers support the design of ambitious projects to promote the energy transition.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
- We work to ensure the viability of electric power transmission in superconducting cables in hyperdense zones.
- We support R&D to centralize hydrogen-electricity transport.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
-
Scientific &
industrial research -
-
Low temperatures
-
Low températures
Thanks to its expertise in cryogenics, Absolut System designs low-temperature remote cooling loops from 20K to 0.5K. In partnership with research centers such as Institut Néel, Absolut System is developing equipments for superconducting, quantum, or optical applications. Absolut System has designed and developed ACE-CUBE, a versatile cryogenic optical platform for low-temperature scientific instrumentation.
Space studies
Absolut System is a recognized player in the space industry. Our R&D department is recognized for its thermal and mechanical management capabilities in the orbital environment.
- We are experts in evaporation loss management for cryogenic propellants in orbit: Zero boil-off.
- We conduct studies for electric propulsion and supply customized vacuum test chambers.
- We produce cryogenic thermal braids fully adapted to satellites (operating missions or smallsat), meeting the most demanding technical requirements.
R&D for the energy transition
Cryogenics is essential to the development of new energies and to the acceleration of low-carbon mobility, thanks in particular to superconductivity. Our engineers support the design of ambitious projects to promote the energy transition.
- We design cryocooling systems for superconducting coils in tokamaks (nuclear fusion).
- We work to ensure the viability of electric power transmission in superconducting cables in hyperdense zones.
- We support R&D to centralize hydrogen-electricity transport.
Low températures
Thanks to its expertise in cryogenics, Absolut System designs low-temperature remote cooling loops from 20K to 0.5K. In partnership with research centers such as Institut Néel, Absolut System is developing equipments for superconducting, quantum, or optical applications. Absolut System has designed and developed ACE-CUBE, a versatile cryogenic optical platform for low-temperature scientific instrumentation.