Edwards launches complete cryogenic portfolio globally
Edwards, a leading provider of vacuum solutions, has globally launched a complete cryogenic product range – including cryogenic compressors, cold heads, vacuum pumps, cryo panel solutions and integrated cryogenic systems, providing customers with a single source for cryogenic cooling and vacuum technologies.
The complete cryogenic product range from Edwards.
The portfolio enables customers to source individual cryogenic components or configures complete systems tailored to their specific requirements.
The global product range includes:
• ECC cryogenic helium compressors, designed to supply the high-purity helium gas required to drive cryogenic cooling and vacuum systems and maintain stable low temperatures during continuous operation.
• ECH cryogenic cold heads, which use Gifford-McMahon technology to generate and maintain low temperatures with minimal vibration, helping support sensitive and advanced applications.
ECH cryogenic cold heads.
• ECP cryogenic vacuum pumps, designed to create high-vacuum environments of up to approximately 10⁻⁶ mbar, with adaptive operation across varying process conditions and a modular design that supports maintenance and uptime.
ECP cryogenic vacuum pump.
• Cryo panel solutions, engineered for targeted gas capture in specialized cryogenic vacuum applications, including space applications.
• Integrated cryogenic cooling systems, combining compressors and cold heads to create controlled low-temperature environments.
• Integrated cryogenic vacuum systems, combining compressors and cryogenic pumps to deliver stable, low-pressure conditions where vacuum integrity is critical.
The modular approach allows customers to deploy individual products independently or combine them into coordinated systems that deliver both cooling and vacuum performance.
Designed for applications that require stable, low temperatures and controlled environments, the new range supports scientific research, space exploration and industrial coating.
Typical applications include particle accelerators, superconducting magnets, low-temperature physics research, satellite testing, space simulation chambers, and thin-film coating processes used in optics and other advanced manufacturing technologies.
“Researchers and engineers continue to push the boundaries of science and technology. Our role is to provide the cryogenic cooling and vacuum environments that help make that work possible,” said Bernhard Fischer, Product Manager Cryogenic Technologies at Edwards.
