Quick Disconnects for Medical Electronics

Get Ready for the Future

With increased demands for technical innovation to produce better diagnostics tools that improve patient outcomes, next generation medical electronics continue to become smaller, faster, more precise and more reliable. A direct result of these technical enhancements is the larger emphasis placed on thermal management by medical electronics designers. In fact, the medical equipment cooling market — which includes compressors, chillers and other cooling systems — is projected to reach USD 232.9 million by 2024 from USD 193.1 million in 2019, at a CAGR of 3.8% from 2019 to 2024.

Removing Heat from Medical Electronics

The more power used by medical electronics ─ including CT, MRI, linear accelerators, medical laser technology and cryotherapy equipment ─ the greater the heat it generates. Coupled with continued system miniaturization, the heat has a smaller space to dissipate. To remove this heat, medical electronics designers need highly efficient and compact liquid cooling systems that utilize quick disconnects. Used in facilities such as hospitals, outpatient clinics, laboratories, these liquid cooled medical electronics must meet strict design requirements for noise, reliability, uptime and ease of use ─ including keeping coolant hoses out of the way of technicians.

Keeping Medical Electronics Running for Accurate Diagnosis and Treatment

With medical electronics system manufacturers’ objectives of providing precise, timely diagnosis and treatment, CPC’s liquid cooling engineers are intimately familiar with how thermal management systems for medical electronics help prevent overheating and facilitate elimination of expensive repairs and downtime. Our team, including materials scientists, design engineers and applications engineers, exclusively focuses on liquid cooling couplings, resulting in a robust portfolio of CPC Everis^® quick disconnects expressly for liquid cooling of hot electronics like those used in medical electronic systems.

Couplings in Medical Electronics Liquid Cooling Systems

CPC Everis quick disconnect couplings are a key component in liquid cooling systems for medical electronics. Our quick disconnect couplings are precision engineered to address the challenges – from ease of use, high-flow reliability to a broad range of configurations ─ faced by the liquid cooling systems used to keep medical electronics running. Allowing coolant to efficiently chill coolers, compressors, umbilicals and other components within your medical electronics system, Everis’ application-specific design, robust testing and strict manufacturing practices increase performance, fit with smaller footprints and reduce repairs and system downtime.

A Few of CPC's Informative Fluid Handling Resources

The Secret to Smart Design of Liquid Thermal Management Systems

Discover how purpose-built liquid cooling connector characteristics impact performance parameters of flow, pressure drop and reliability.

CPC Everis PLQ Introduction: The Connector of the Future

CPC Everis PLQ Connectors are dimensionally stable and chemically compatible with engineered fluids a worry-free connector for liquid cooling of high-performance computers.

Visit the Knowledge Center

For additional helpful insights into fluid handling and quick disconnects

Sounds of Credibility

Superior engineering design and rigorous testing lead to robust & reliable quick disconnects for liquid cooling.

Chemical Compatibility in Liquid Cooling Solutions

Chemical compatibility within a liquid cooling loop helps the system performs to specification. With ongoing advances in fluid options and materials, it is important to think holistically when specifying coolant and components, taking into consideration potential interactions.

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