Danaher Cryogenics Expands Reach with Acquisition of ADR Cryostat Line from High Precision Devices
In a strategic move to bolster its position in the cryogenic solutions market, Danaher Cryogenics has officially acquired the Adiabatic Demagnetization Refrigerator (ADR) product line from High Precision Devices, Inc. (HPD). This acquisition marks a significant milestone, considering HPD's distinguished history of over two decades at the forefront of the ADR cryogenic sector. The product line has been widely regarded as essential for a multitude of prestigious institutions, including but not limited to NASA, NIST, and several prominent national laboratories such as Argonne and Fermilab.
Charlie Danaher, the founding President of Danaher Cryogenics, expressed enthusiasm about the acquisition. He stated, "We take great pride in continuing HPD's legacy by providing world-class cryogenic solutions that support critical advancements in various disciplines like astronomy and quantum computing. Our goal is to empower scientists and researchers with reliable tools that facilitate groundbreaking work."
The integration of HPD's ADR cryostats into Danaher Cryogenics' portfolio aligns perfectly with the company’s existing line of sub-Kelvin cryostats. The new ADRs are particularly noteworthy for their ability to perform experiments at temperatures below 100 mK, a range that is vital for scientific exploration in fields such as material research and condensed matter physics. One of the remarkable features of ADR cryostats is their operational capability in any orientation, making them less susceptible to gravitational effects—an advantage not found in most traditional sub-Kelvin coolers.
Previously, Danaher Cryogenics offered products that spanned a temperature range from 1 K down to 100 mK, alongside the Leiden Cryogenics Dilution Refrigerators that function near the ultra-low temperature of 10 mK. The addition of ADRs, which operate between 100 mK and 30 mK, ensures comprehensive coverage of the entire sub-Kelvin temperature spectrum. This milestone positions Danaher Cryogenics uniquely for future advancements in cryogenic technology, as noted by Danaher: "By now covering the entire range of sub-Kelvin temperatures, we are uniquely positioned for the next frontier in cryogenics."
Danaher Cryogenics aims to continue pushing the boundaries of cryogenic solutions, developing innovative and efficient technologies that meet the evolving needs of researchers in various scientific fields. For further information, the company invites interested parties to visit their website at www.danahercryo.com. With this acquisition, Danaher Cryogenics is set to play an even more pivotal role in the cryogenics industry, ensuring that they remain at the cutting edge of scientific progress and discovery.
Charlie Danaher, the founding President of Danaher Cryogenics, expressed enthusiasm about the acquisition. He stated, "We take great pride in continuing HPD's legacy by providing world-class cryogenic solutions that support critical advancements in various disciplines like astronomy and quantum computing. Our goal is to empower scientists and researchers with reliable tools that facilitate groundbreaking work."
The integration of HPD's ADR cryostats into Danaher Cryogenics' portfolio aligns perfectly with the company’s existing line of sub-Kelvin cryostats. The new ADRs are particularly noteworthy for their ability to perform experiments at temperatures below 100 mK, a range that is vital for scientific exploration in fields such as material research and condensed matter physics. One of the remarkable features of ADR cryostats is their operational capability in any orientation, making them less susceptible to gravitational effects—an advantage not found in most traditional sub-Kelvin coolers.
Previously, Danaher Cryogenics offered products that spanned a temperature range from 1 K down to 100 mK, alongside the Leiden Cryogenics Dilution Refrigerators that function near the ultra-low temperature of 10 mK. The addition of ADRs, which operate between 100 mK and 30 mK, ensures comprehensive coverage of the entire sub-Kelvin temperature spectrum. This milestone positions Danaher Cryogenics uniquely for future advancements in cryogenic technology, as noted by Danaher: "By now covering the entire range of sub-Kelvin temperatures, we are uniquely positioned for the next frontier in cryogenics."
Danaher Cryogenics aims to continue pushing the boundaries of cryogenic solutions, developing innovative and efficient technologies that meet the evolving needs of researchers in various scientific fields. For further information, the company invites interested parties to visit their website at www.danahercryo.com. With this acquisition, Danaher Cryogenics is set to play an even more pivotal role in the cryogenics industry, ensuring that they remain at the cutting edge of scientific progress and discovery.
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