Cryocoolers
Absolut System develops and designs different types of cryogenic coolers to meet all your projects, whether on land or in space.
Absolut System develops and designs different types
of cryogenic coolers to meet all your projects,
whether on land or in space.
For laboratory applications, Absolut System is the exclusive distributor of Cryomech’s Gilfford-McMahon cryogenic coolers.
Cryocooler
Pulse-Tube
-
80K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12W up to 90W. -
20K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4W up to 28W. -
4K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25W up to 2W.
Cryocooler
Pulse-Tube
-
80 K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12 W up to 90 W. -
20 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4 W up to 28 W. -
4 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25 W up to 2 W.
Joule-Thomson
cryocooler
Absolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
Joule-Thomson
cryocooler
Absolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
Pulse-Tube
Absolut System has developed 2 types of Pulse-Tube:
- The miniaturized high-frequency Pulse-Tube HFPTC for space and terrestrial applications between 75 K and 150 K.
- The small, high-performance Pulse-Tube LPT6510 for operating temperatures between 60 K and 150 K.
Reverse Turbo-Brayton
Absolut System develops Reverse Turbo-Brayton:
- For terrestrial applications, to help manufacturers meet their cryogenic cooling needs.
- For space applications by designing a cryocooler specially adapted to the requirements of space missions.
-
Gifford-McMahon & Pulse-Tube
-
For laboratory applications, Absolut System is the exclusive distributor of Cryomech’s Gilfford-McMahon cryogenic coolers.
Cryocooler
Pulse-Tube-
80K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12W up to 90W. -
20K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4W up to 28W. -
4K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25W up to 2W.
Cryocooler
Pulse-Tube-
80 K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12 W up to 90 W. -
20 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4 W up to 28 W. -
4 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25 W up to 2 W.
-
80K
-
Joule-Thomson
-
Joule-Thomson
cryocoolerAbsolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
Joule-Thomson
cryocoolerAbsolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
-
PTC1000
-
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
-
Stirling type Pulse-Tube
-
Pulse-Tube
Absolut System has developed 2 types of Pulse-Tube:
- The miniaturized high-frequency Pulse-Tube HFPTC for space and terrestrial applications between 75 K and 150 K.
- The small, high-performance Pulse-Tube LPT6510 for operating temperatures between 60 K and 150 K.
-
Reverse Turbo-Brayton
-
Reverse Turbo-Brayton
Absolut System develops Reverse Turbo-Brayton:
- For terrestrial applications, to help manufacturers meet their cryogenic cooling needs.
- For space applications by designing a cryocooler specially adapted to the requirements of space missions.
For laboratory applications, Absolut System is the exclusive distributor of Cryomech’s Gilfford-McMahon cryogenic coolers.
Cryocooler
Pulse-Tube
-
80K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12W up to 90W. -
20K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4W up to 28W. -
4K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25W up to 2W.
Cryocooler
Pulse-Tube
-
80 K
Single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12 W up to 90 W. -
20 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4 W up to 28 W. -
4 K bi-étagés
Two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25 W up to 2 W.
Joule-Thomson
cryocooler
Absolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
Joule-Thomson
cryocooler
Absolut System develops a two-stage Joule-Thomson helium micro-compressor
Temperatures below 3K can be achieved with a Joule-Thomson stage. The cycle gas is pre-cooled by a cryo-cooler to 4K or 10K depending on the application. This option not only enables temperatures below 4K to be achieved, but also keeps the cryocooler away from the sensitive part. A Joule-Thomson stage is integrated into the ACE-CUBE JT2K optical platform. The system is easily integrated into a customer application with temperature and power specifications typically < 100mW for 4K > T > 1.7K.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K : cooling capacity from 500W to 1250W.
Pulse-Tube
Absolut System has developed 2 types of Pulse-Tube:
- The miniaturized high-frequency Pulse-Tube HFPTC for space and terrestrial applications between 75 K and 150 K.
- The small, high-performance Pulse-Tube LPT6510 for operating temperatures between 60 K and 150 K.
Reverse Turbo-Brayton
Absolut System develops Reverse Turbo-Brayton:
- For terrestrial applications, to help manufacturers meet their cryogenic cooling needs.
- For space applications by designing a cryocooler specially adapted to the requirements of space missions.
For laboratory applications, Absolut System is the exclusive distributor of Cryomech’s Gifford-McMahon cryogenic coolers.
Gifford-Mc Mahon
cryocooler
-
20 - 25K :
cooling capacity from 5W to 100W. -
80K :
cooling capacity from 15W to 600W.
Cryocooler
Pulse-Tube
-
80K
single stage Pulse Tube cryocoolers provide cooling capacity ranging from 12W up to 90W. -
20 K bi-étagés
two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 4W up to 28W. -
4 K bi-étagés
two-stage Pulse Tube cryocoolers provide cooling capacity ranging from 0.25W up to 2W.
PTC1000
For high-capacity industrial applications at or above liquid nitrogen temperatures, we can offer our Pulse-Tube coolers marketed worldwide by our partner Fabrum Group.
- 77K :cooling capacity from 500W to 1250W.
Related project: SuperRail
superconductivity in railway environments
The consortium comprising Absolut System, Nexans, CentraleSupelec & the University of Lorraine, supported by SNCF Réseau, will enable manufacturers to master the unwinding of a superconducting cable in a railway environment with constraining bending radii, and to install an innovative, energy-efficient cooling system technology.
Related project: SuperRail
superconductivity
in railway environments
The consortium comprising Absolut System, Nexans, CentraleSupelec & the University of Lorraine, supported by SNCF Réseau, will enable manufacturers to master the unwinding of a superconducting cable in a railway environment with constraining bending radii, and to install an innovative, energy-efficient cooling system technology.
Related products: SuperRail superconductivity
in railway environments
The consortium comprising Absolut System, Nexans, CentraleSupelec & the University of Lorraine, supported by SNCF Réseau, will enable manufacturers to master the unwinding of a superconducting cable in a railway environment with constraining bending radii, and to install an innovative, energy-efficient cooling system technology.
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