CryoCooler -
Fridge with
Nitrogen cycle.

For full temperature control of your cryogenic refrigerator: The CryoCooler works reliably even under the toughest operating conditions.

Substance
Scope of application
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
CryoCooler - Highest performance even under the toughest operating conditions - around the clock.
Working safely with the
proper equipment.
Service from the planning stage
until commissioning.
Rugged construction

Standard equipment —
CryoCooler

Built with highly reliable industrial components.

The CryoCooler convinces with low maintenance and cost-effective operation.

  • Low liquid nitrogen consumption
  • Short response times in case of service with guaranteed spare parts supply
  • Vacuum super insulated transfer lines
  • Phase separator
  • Customized operating modes
  • Integrated, uninterruptible power supply
Productinformation

Cryocoolers: Different cycle types

Popular pulse tube coolers or pulse tube coolers (also known as pulse tube coolers) are refrigerating machines based on the principle of the Stirling engine.  The advantage over the Stirling engine is that no mechanically moving parts are required near the cold heat exchange point. This allows very compact cooling heads and the minimum temperature that can be reached is not limited by the mechanical frictional heat of these parts. Today, temperatures of 1.3 K (= -272 °C) can be achieved with pure pulse tube coolers.

There are different designs of cryocoolers, such as the pulse tube cooler just mentioned with a cooling process based on the principle of the Stirling engine. But this has nothing to do with our products. Here, cryogenic cooling is generated from electrical energy. In our Closed Loop System a cryogenic cooling circuit is cooled with liquid nitrogen.

The one Cooling Machine.

The application areas extend over wide areas of industry, research, medicine and military, where extremely low temperatures are required: 
Thanks to their independence from cryogenic liquids, they are very well suited for outdoor applications: in the military for cooling infrared sensors, for cooling optical sensors in space telescopes or for a future manned mission to Mars to liquefy oxygen from the CO2 in the Martian atmosphere before the astronauts arrive.  In research, they can make cryostats independent of the supply of expensive cryogenic liquids such as liquid helium or nitrogen.They are used as a direct precursor for further cooling stages, such as 3He evaporation coolers, 3He 4He mixing coolers or paramagnetic demagnetization stages. 

Do not hesitate to ask us all questions about the CryoCooler that come to your mind.  The circuits of our Cryocoolers are tailored to the applications of our customers.

Certificates

Certificate
Certificate

CryoCooler - Fridge with Nitrogen cycle.

For full temperature control of your cryogenic refrigerator: The CryoCooler works reliably even under the toughest operating conditions.