Medical Equipment Cooling Market Size, Share, Growth, Trends, and Global Industry Analysis: By Type (Liquid Base Cooling, Air Based Cooling), By Compressor (Scroll Compressor, Screw Compressor, Centrifugal Compressor, Reciprocating Compressor), By End user (Medical Device, Medical Laser, Analytical & Laboratory Equipment) and Region Forecast 2020-2031

Medical Equipment Cooling Market size was valued at US$ 220 million in 2024 and is expected to reach US$ 300 million by 2031, growing at a significant CAGR of 4.1% from 2025-2031. Moreover, the U.S. Medical Equipment Cooling Market is expected to grow significantly, reaching an estimated value of US$ 110 million by 2031, driven by increasing demand for MRI systems, CT scanners, and other high-performance imaging and diagnostic equipment that require reliable cooling solutions.

The worldwide medical device cooling market is observing consistent growth with the increasing demand for precise diagnostics and increasing footprints of high-tech medical devices. Imaging devices like MRI, CT scanners, and linear accelerators produce huge heat while in continuous use, and therefore proper thermal management is a necessity to ensure equipment longevity and diagnostic precision. Cooling systems are no longer an optional piece of hardware, they're becoming mission-critical to uninterrupted clinical processes, equipment availability, and patient safety. With diagnostic centres and hospitals allocating more expenditure on high-capacity equipment and automation-based infrastructure, demand for effective, space-efficient, and dependable cooling solutions has evolved from a technical decision to a strategic operational necessity.

In addition, efforts toward value-based healthcare and personalized medicine have placed increased emphasis on optimizing equipment performance. Recent cooling technologies, ranging from liquid cooling systems to hybrids, are being incorporated into medical devices to enhance energy efficiency, decrease noise levels, and allow for sustainable operation.

Additionally, growth in installations of oncology and radiology equipment in developing economies is building new demand for scalable cooling products that can support diversified healthcare environments. With OEMs pushing the boundaries of miniaturized, smart-enabled technologies and hospitals moving more and more towards centralized energy-efficient solutions, the medical equipment cooling sector is emerging as a major support industry driving overall evolution of the contemporary healthcare infrastructure.

Facts & Figures:

• High-performance diagnostic and treatment imaging technologies like MRI scanners, CT scanners, and linear accelerators need continuous, uninterrupted cooling to operate at their optimal levels, heat-wise making cooling infrastructure mission-critical facility infrastructure in healthcare facilities today.
• Increasing need for uninterrupted equipment up times in diagnostic centres and hospitals is driving the demand for intelligent-enabled cooling technologies providing real-time performance monitoring and automated temperature control. Increased emphasis on sustainability in healthcare is compelling manufacturers to develop energy-efficient, low-noise cooling equipment that satisfies green hospital programs and emission control mandates.
• Growing adoption of space-saving and modularity-driven cooling solutions in developing economies as part of bulk medical equipment purchasing is compelling scalability and cost-effectiveness to be the top design considerations for manufacturers. 

Key Developments:

• In May 2025, Olympus Corp. introduced the Scope Locker Air endoscope drying cabinet in collaboration with Capsa Healthcare, providing hospitals with a compliant, streamlined method for endoscope drying and storage, an ever-more-essential process in endoscope reprocessing and infection control.
• In May 2024, Enhanced Innovations launched a battery-powered, portable cooling solution for safe storage and transportation of delicate medical materials. Powered by solar power and vehicle batteries, it offsets the cold chain issues in off-grid, remote areas.
• In October 2023, Smart Joules entered a 12-year cooling-as-a-service (CaaS) agreement with Hyderabad-based KIMS Hospitals under its Joule COOL model, providing specialized, energy-saving cooling solutions with in-built performance monitoring and long-term cost-effectiveness.

Medical Equipment Cooling Market Segmentation:

Based on the type:

• Liquid Bases Cooling
• Air Based Cooling

Liquid-based cooling systems have gained popularity in the market for medical equipment cooling because of their better thermal control and power efficiency. Liquid-based cooling systems are particularly suited to high-load applications like MRI and CT scanners where uniform heat dissipation is essential to ensure image quality and avoid system downtime. Liquid coolants are faster to transfer heat and produce less noise compared to air-based units, both of which are essential in the sensitive clinical setting. Liquid-cooled units in miniature form are gaining popularity among hospitals and imaging centres for providing longer operating time and less maintenance. As medical equipment shifts toward greater energy consumption and more stringent performance tolerance, liquid-based cooling continues to be the new standard for reliable precision-grade heat management.

Based on the compressor:

• Scroll Compressors
• Screw Compressors
• Centrifugal Compressors
• Reciprocating Compressors

Scroll compressors are becoming more of a popular option for medical cooling systems because of their small size, low vibration, and efficient operation. Scroll compressors are specifically designed for applications with constant, low-level cooling loads like those used by imaging devices and laboratory analyzers. Their design for steady run conditions with minimal mechanical stress ensures maximum life of the cooling system as well as the medical equipment it serves. Scroll compressors are particularly advantaged in hospital settings through quiet operation, critical in patient-centered environments, but also through reliability when dealing with fluctuating workload requirements. As health care facilities seek to minimize operating expenses without compromising on consistent equipment performance, scroll compressors are increasingly becoming the norm in contemporary cooling systems.

Based on the end user:

• Medical Devices
• Medical Imaging Systems
• Magnetic Resonance Imaging Systems (MRI)
• Computed tomography scanners (CT)
• Positron Emission tomography systems (PET)
• Medical Lasers
• Linear Accelerators
• Analytical & Laboratory Equipment

Among the end users, MRI systems are perhaps the most challenging and demanding application in the medical equipment cooling industry. MRI machines produce high amounts of heat while running with their intense magnetic fields and high-power electronics and thus need stable and strong cooling. Image quality is compromised or equipment fails because of even a slight thermal deviation, negatively impacting diagnostic precision. Cooling technologies in MRI systems, besides cooling, are also engineered to maintain steady temperatures in essential components like superconducting magnets and RF coils. As global demand for advanced imaging continues to rise and MRI availability increases in developing countries, precision cooling is now an essential aspect in the safe and reliable functionality of MRIs.