A high-performance pulse tube cryocooler with serious cooling power.
Danaher Cryo is excited to announce exclusive commercial development of its Adaptive Cooling Technology (ACT) Pulse Tube Cryocooler in partnership with the National Institute of Standards and Technology (NIST).* This novel design was borne from a collaboration between University of Colorado Boulder and NIST.
This state-of-the-art pulse tube cryocooler holds the promise of offering the most rapid cooldown performance technology in the industry.
This cooling technology can be incorporated into nearly any system employing a cryocooler.
Danaher Cryo is currently developing ACT. Commercial release is expected in 2025.
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Accelerate scientific advancement and discoveries. Increase your team’s productivity.
Imagine how much more productive your team could be if instead of standing around for one, two, or three days waiting for the system to cool, you could get to work running your experiment.
Do more with less with the high-efficiency ACT cryocooler solution.
With refined tuning, Danaher Cryo wrings out every bit of available power, yielding significant energy savings.
Optimize and energize your cryostat.
The ACT cryocooler solution paired with your cryostat dynamically responds to changing conditions.
ACT Pulse Tube Cryocooler Applications
Enhance Astronomy Observations
Ground-based radio telescopes will benefit from high-performance cryocoolers.
Quantum Computing Advancements in Leaps and Bounds
The quantum race is on and every minute matters. Cooling rapidly to base temperature has never been more imperative.
Newest Pulse Tube Cryocooler Announcement
“Danaher Cryogenics Secures CRADA with NIST to Commercially Develop the Most Advanced High-Performance Pulse Tube Cryocooler to Date”
Keep your finger on the Danaher Cryo pulse.
Talk to us about our ACT Pulse Tube Cryocooler and stay up to date about ACT exclusive commercial development and release.