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Chillers and Radiology: Any Connection?

Radiology is a crucial diagnostic and treatment tool for the medical field. There is a wide range of diagnostic imaging techniques. Each requires specialized technology. Today, the radiology field has expanded beyond basic X-rays to include CT imaging, ultrasound, magnetic resonance imaging, or MRI, and a variety of other techniques. These machines require special computerized technologies, including cameras, sensors, fluorescent screens, and magnetic fields to provide a minimally-invasive diagnostic procedure. But they also need chillers that can meet the demands of cyclical heating and cooling during scanning procedures.

Medical Chillers

High-tech imaging equipment used for MRIs, PET scans, and CT imaging requires a tremendous amount of energy. They produce a large amount of heat. First, there is a quick surge of power, followed by the rapid dissipation of energy. These applications require medical chillers, which contain a specific type of controller to stabilize the cooling water’s temperatures. These chillers must operate in an energy-efficient way but must also detect and respond quickly to temperature changes. Medical imaging manufacturers work with specialized manufacturers who have developed the type of chillers that can meet the demands of this high-tech machinery.

MRI Chillers

MRIs were developed around 47 years ago, and since that time, over a billion have been performed. Around 5,000 MRI machines are sold worldwide each year, according to Magnetic Resonance.org. An MRI chiller manufacturer must keep pace with the latest design and constant technological changes in the diagnostic imaging field. MRIs use magnetic fields and radio waves to create a sort of blueprint of the human body. Most MRIs use strong, superconductor magnets to produce these magnetic fields. The magnets build up a large amount of heat during the imaging process, and if left unchecked, the heat hinders both the efficiency and operation of the machine. An MRI scanner chiller keeps these magnets cool, allowing the machine to operate efficiently and accurately. 

Why Medical Chillers Are Important

Medical facilities and their personnel rely on radiology departments to provide accurate imaging results. Although the accuracy of the equipment is based on the machine’s imaging technology, the imaging machine’s components must also be maintained and protected. Loss control and equipment damage prevention is a major cost factor in healthcare settings. Heat can quickly damage radiology equipment’s highly sensitive components. Because a facility’s imaging technology can cost millions of dollars, proper crucial for them to ensure the machines are operating properly. Medical chillers, including CT and MRI chillers, are aligned with the unique specifications of the machine. They measure water temperature and water pressure results throughout the imaging process. 

Advantages of Properly Cooled Imaging Machines

Downtimes for imaging equipment are not only costly, but a damaged or inoperative MRI or CAT scan machine can also interfere with a healthcare team’s ability to diagnose a patient properly. Although most imaging problems are relatively simple for machines that have received ongoing maintenance, an improperly cooled machine can experience major damages. The temperature and humidity levels of the room are important, as are the machines’ internal components. An MRI’s uptime is dependent on the reliability of its cooling system. Energy efficiency is important. 

If you’re seeking a reliable CT or MRI machine chiller, you should also expect round-the-clock service, 365 days per year, from the MRI chiller manufacturer. For questions about specific requirements for your imaging technology or MRI chiller, call today and set up a consultation with a member of our knowledgeable and experienced staff.