Built for precision: Yardley Ashton medical process chillers deliver reliable, high-efficiency cooling for hospitals, laboratories, pharmaceutical operations, and advanced research facilities.
Since 2012, Yardley Ashton has specialized in medical-grade cooling systems designed to maintain strict temperature control for critical healthcare equipment such as MRI units, CT scanners, X-ray devices, blood analyzers, and radiation therapy machines.
Our high-precision chillers support accurate diagnostics, consistent machine operation, and greater reliability in patient care by preventing overheating, image distortion, and performance drops.
We also deliver specialized cooling solutions for vaccine refrigeration, blood banks, pharmaceutical manufacturing, and temperature-sensitive biological storage.
With precise controls and constant temperature monitoring, Yardley Ashton systems preserve product integrity, uphold regulatory compliance, and eliminate spoilage risks for critical medical and pharmaceutical materials.
Partnering with Yardley Ashton means investing in long-life performance, precision cooling, and tailored engineering designed for the complex demands of modern healthcare environments.
A multi-specialty hospital approached Yardley Ashton for a solution to frequent downtime in their MRI department. Their existing cooling system failed to deliver consistent temperature regulation, causing image noise, slower scans, and patient scheduling delays.
Fluctuating coolant temperatures resulted in unstable magnet operation, intermittent overheating, and repeated system resets. These issues compromised diagnostic accuracy and increased maintenance costs, affecting patient throughput and operational efficiency.
With expert engineering support from Yardley Ashton, the hospital successfully integrated a custom-built medical chiller designed specifically for MRI temperature control. The new system now delivers:
Outcome: The medical facility now operates with improved reliability, faster patient processing, and consistent high-quality imaging results.