Danaher Cryo to Exhibit at the 2025 APS Global Physics Summit in Anaheim between March 17th-20th
Danaher Cryo will be exhibiting our recently expanded product line, including our ADR Cryostats, at the American Physical Society’s Global Physics Summit in Anaheim from March 17th to the 20th at Booth #255.
Danaher Cryogenics Acquires ADR Cryostat Product Line from High Precision Devices, a Subsidiary of FormFactor, Complementing Existing Sub-Kelvin Offerings
Danaher Cryogenics, a leader in manufacturing of fully-integrated, sub-Kelvin cryostats and engineering elegant cryogenic solutions, today announced the acquisition of the Adiabatic Demagnetization Refrigerator (ADR) Cryogenic product line from Boulder-based High Precision Devices, Inc. (HPD), a subsidiary of FormFactor.
Danaher Cryo Featured in Cold Facts: Danaher Cryo Releases Optimized Rodeo Control System
The Evolution of Control Systems Have you ever been frustrated when all of the electronic components in your experimental setup are from different vendors, are excessively bulky and are way overkill? You know, like when the only economical power supply you could find to drive your magnet is a four-quadrant model, and all you need […]
Danaher Cryo Featured in the February Edition of Cold Facts
Scientists should spend their ef-forts on research, not on infrastructure! Scientists often need a reliable source of sub-kelvin cooling. Historically, because no reliable provider of such systems ex-isted, many scientists were resigned to build their own. No longer.
Danaher Delivers Sub-Kelvin Pony Cryostat to Argonne
Scientists should spend their ef-forts on research, not on infrastructure! Scientists often need a reliable source of sub-kelvin cooling. Historically, because no reliable provider of such systems ex-isted, many scientists were resigned to build their own. No longer.
Danaher Cryo Featured in Physics World Article
Check out our Feature article in Physics World! Let us know how we can help you pursue the near impossible with elegant, classic solutions for optimal cryogenic performance – from initial concept to fruition. Click here to read the article on PhysicsWorld.com!
Danaher Cryogenics celebrates successful installation of first Pony Cryostat at Argonne National Laboratory (ANL)!
We’ve achieved another milestone: our first Danaher Cryo system installation. The Pony cryostat provides continuous sub-Kelvin cooling, has a large experimental space, and is convenient to open and close. The primary purpose of the Danaher Cryostat at Argonne National Laboratory will be to test and characterize superconducting nanowire particle detectors, mostly focusing on nuclear physics applications. More specifically, due […]
Danaher Cryo to attend the 2024 APS Conference in Minneapolis between March 4th and 8th and show the Model DC3 Palomino Cryostat
Come by the Danaher Cryo APS booth between March 4th and 8th and see what we have been working on! We are bringing our new Model DC3 Palomino Cryostat on the road with us, so you won’t want to miss out on your chance to see the Palomino in person. Click here to learn more on Danaher Cryo’s […]
Danaher Cryo selected to participate in the 2024 Innosphere Ventures startup incubator
Danaher Cryogenics is honored to be selected to participate in Innosphere Ventures startup incubator. As a cohort in the 2024 CleanTech Program, we look forward to benefiting from their expertise. Innosphere’s program supports founders and CEOs who are building science and technology companies by teaching valuable skills on how to access capital, acquire customers, build talented teams, […]
Danaher Cryo awarded University of Colorado CUbit grant to advance quantum with cryocooler invention
Danaher Cryogenics receives Colorado grant to advance Quantum! Danaher Cryogenics was one of seven Colorado companies awarded Translational Quantum Research Seed Grants. The grant will support Danaher’s Adaptive Cooling Technology (ACT), a new Pulse Tube cryocooler invention that holds great promise for the Cryogenic and Quantum communities. “This grant comes at a very strategic time,” […]
