Cryogenic Cooling

Cryogenic Cooling

Extreme Precision for Extreme Temperatures

Innovative Cooling Technology for Cryogenic Applications


Cryogenic cooling is essential for ultra-low temperature applications where thermal efficiency, mechanical strength, and material durability are critical. REUTER TECHNOLOGIE develops customized cryogenic components that meet the highest standards in research, energy technology, medical applications, and aerospace.

Your Advantages for Maximum Performance

Cooling Disc for Cryostats
Cooling Disc for Cryostats

The cooling disc for cryostats is a core component in cryogenic systems such as dilution refrigerators.
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Thin-Walled Sample Tubes
Thin-Walled Sample Tubes

Thin-walled sample tubes are indispensable in material science, nuclear physics, and other high-tech fields.
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Cold Head
Cold Head

The cold head is a key component for cryogenic applications, designed to generate and maintain extremely low temperatures.
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Cryocollimator for Accelerators
Cryocollimator for Accelerators

The cryocollimator is a high-precision special component for the FAIR accelerator at GSI in Darmstadt.
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Cryosource for Laser Experiments
Cryosource for Laser Experiments

The cryo source manufactured by REUTER TECHNOLOGIE was specially developed for a laser experiment station at the European XFEL.
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Base RF Test Box
Base RF Test Box

The Base RF Test Box is a high-precision test environment for 1.5 GHz couplers as used in particle accelerators.
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Materials for Cryogenic High-Tech

Material selection is crucial for the quality and durability of our cryogenic components to counteract embrittlement and meet high-performance requirements:

  • Copper & Copper Alloys: Due to their outstanding thermal conductivity, copper and specially optimized copper alloys are the preferred materials for high-performance heat sinks and thermal transfer elements.
  • Stainless Steel & High-Performance Alloys: For applications with extreme mechanical loads and cryo-vacuum compatibility.
  • Hydrogen-Compatible Materials: Specially optimized materials for liquid hydrogen technologies and superconducting applications.
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Fields of Application

  • Particle Physics & Research: High-precision cooling for superconductors and low-temperature experiments.
  • Quantum Computing: Optimized cooling systems for superconducting qubit technologies.
  • Liquid Hydrogen Technology: Cooling components for hydrogen storage and propulsion.
  • Aerospace & Satellite Cooling: Thermal management for long-term missions and extreme environmental conditions.
Industries

Our Technologies or Reliable Cryogenic Components

With state-of-the-art manufacturing processes and material expertise, we produce and optimize cryogenic components even for the most demanding applications:

Contact us for your customized cryogenic cooling solution.

Contact us for your customized cryogenic cooling solution.

Request a consultation or secure a custom cryogenic cooling solution now!

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