Medical Equipment Cooling Market

Medical Equipment Cooling Market Outlook (2025 to 2035)

The global Medical Equipment Cooling Market is expected to reach USD 354.6 million by 2035, up from USD 226.3 million in 2024. During the forecast period 2025 to 2035, the industry is projected to register at a CAGR of 4.2%.

The increasing adoption of advanced diagnostic imaging systems, such as MRI and CT scanners, necessitates precise thermal regulation to prevent equipment malfunctions. This growing demand for reliable, high-performance cooling solutions is a key driver of the medical equipment cooling market.

Metric	Value
Industry Size (2025E)	USD 235.0 million
Industry Value (2035F)	USD 354.6 million
CAGR (2025 to 2035)	4.2%

What are the drivers of medical equipment cooling market?

Improvements in imaging and diagnostic technologies are driving the rapid growth of the market for medical equipment cooling. Since there are many MRI, CT, PET, and linear accelerator machines, it is necessary to have cooling systems that work efficiently to maintain stability and prevent heat-related problems. This becomes very important as current imaging equipment produces a lot of heat because they are used frequently and its size is reduced.

More interest in healthcare infrastructure in growing economies supports the market’s growth. Increasing the number of hospitals and diagnostic centers requires relying on robust cooling solutions to ensure the equipment continues to function smoothly. Otherwise, the government is helping to drive the use of high-performance cooling systems by upgrading healthcare centers and boosting the accuracy of diagnosis.

A big influence is also the increase in chronic disease cases. Since there are more patients, tests, and treatments, it is crucial to have stable cooling present at all times. Additionally, the adoption of energy-efficient and environmentally friendly cooling methods is expected to further drive the medical equipment cooling market growth.

What are the regional trends of medical equipment cooling market?

The region’s dominance in the medical equipment cooling market is attributed to its numerous modern healthcare facilities, as well as early access to advanced diagnostic tools. The demand for efficient cooling system comes largely from USA hospitals as they keep investing in imaging and radiotherapy equipment.

The next region is Europe, where Germany, France, and the UK pay particular attention to rules and energy savings in healthcare. Goals set by the EU for sustainability have led to the implementation of eco-friendly cooling systems in hospitals, particularly those that are public and large.

The region in Asia Pacific is predicted to achieve the highest growth over the forecast period because of healthcare development in China, India, and Southeast Asia. Due to increased medical tourism and cooperation among public and private healthcare groups, the region is rapidly upgrading its medical services, which is boosting the use of advanced cooling systems.

What are the challenges and restraining factors of Medical Equipment Cooling Market?

The purchase of effective cooling systems for medical devices is very expensive for companies. Because finding finances for advanced cooling systems can be challenging for them, many small healthcare centers in developing regions may not use liquid-based or precision systems.

Due to limited space, modern medical centers struggle to accommodate the standard large air conditioning units. It leads designers to make smaller and more individual systems, which adds stress on R&D costs. Problems related to the supply chain and the unavailability of components have made it harder to complete on time and increase services.

Country-Wise Outlook

Precision-driven thermal control powers growth in the USA

The United States is the leading player in the medical equipment cooling market due to its extensive network of diagnostic imaging machines and a healthcare sector that utilizes the latest technology. It is common for manufacturers to receive numerous orders for cooling systems used in MRI, CT scanners, linear accelerators, and laboratory devices.

Rapidly, hospitals in the USA are turning to liquid-based and hybrid cooling systems, mainly in the oncology and radiology sections. The FDA’s attention to patient safety and ASHRAE’s rules are encouraging people to buy energy-saving and smart cooling systems. Parker Hannifin and Laird Thermal Systems are choosing to invest in small chillers, thermoelectric gear, and cooling solutions that can be monitored from far away to answer to the growing demand.

Germany Champions Energy-Efficient Cooling in Diagnostic Imaging

Germany stands tall in Europe with is its well-developed healthcare field and strict rules on the environment, which are encouraging the use of environmentally and noise-friendly air conditioning technology. More hospitals and private imaging centers are now combining predictive maintenance with IoT and closed-loop cooling systems. Germany places a lot of importance on thermal efficiency as demanded by EU rules, Eco-design and MDR, which encourages rapid introduction of low-GWP refrigerant chillers in oncology and radiotherapy centers as well as cold-chain diagnostic services.

China scales up cooling innovation for expanding diagnostic capacity

As an upshot of the government’s Healthy China 2030 policy and more tier II and tier III hospitals, China is seeing quick growth in the medical equipment cooling market. People are asking for local and modular cooling systems to be included in MRI, CT, and radiation therapy devices more frequently.

Partnerships are being formed between China’s local companies and global OEMs to bring out cost-efficient chillers to fulfill more demands from public hospitals. Urban hospital networks are trying out AI for operations and its integration with Building Management Systems (BMS). Since China is manufacturing more mid- to high-end medical devices, cooling systems are now integrated parts instead of being separate units.

Country-Wise Insights

Countries	CAGR (2025 to 2035)
United States	2.2%
Germany	2.7%
China	5.9%

Category-Wise Analysis

Liquid-Based Cooling Emerges as the Standard for High-Precision Medical Devices

Advanced medical devices now rely a lot on liquid-based cooling to keep them cool. Since MRI, CT, and PET/CT create more heat than before, air cooling cannot handle the job as well. Fast heat transfer, a quiet performance, and reliability when working all the time are some of the benefits provided by liquid-based systems for hospitals and laboratories.

In regions with tropical climates and unreliable heating and cooling systems, it is essential to have internal equipment cooling due to high temperatures. Besides, they help businesses follow global policies for efficiency and extend the useful life of important equipment. As there is increased demand for uninterrupted testing, using liquid-based cooling is expected to become the standard approach for both OEMs and facility managers.

Packaged Systems Simplify Deployment and Maintenance in Healthcare Facilities

They are gaining popularity with healthcare organizations due to their simple installation, less space they need, and the ability to be scaled. Its straightforwardness is most helpful in hospitals, clinics and regions where the workforce may lack skilled staff.

The use of packaged systems facilitates hospitals’ adherence to more demanding rules regarding the temperature management of medical equipment. Since it is simpler to commission and maintain pre-engineered systems, OEMs are increasingly selecting and using them in urban areas of Europe, North America, and the Asia-Pacific region.

Scroll compressors enhance reliability and efficiency in medical cooling units

Vital in medical applications because they do not make noise, save energy, and operate for a long time. Due to their design, there are fewer items that wear out, which is needed to keep equipment in operation for hospital staff around the clock. With liquid-based and packaged scroll compressors, it is easy to regulate the heat and respond swiftly to heat changes brought by devices such as linear accelerators and high-frequency ultrasound. As hospitals and clinics strive to operate at full efficiency and keep costs down, selecting scroll compressors for both primary and secondary cooling makes a lot of sense.

Competitive Analysis

The development of the medical equipment cooling industry depends on changes in thermal management methods, increased need from customers, and rules made by authorities. The success of a diagnostics company mostly depends on efficiency, reliability, and the link to advanced systems that help in diagnosis and treatment. Competitors offer cooling products that are suitable for use during MRI, CT, PET, and linear accelerator procedures to maintain a device’s performance and life span.

Technology differences are very important in shaping the market. More healthcare facilities choose companies with liquid-based cooling, energy-efficient components, and systems that help reduce noise. Using IoT-based systems for predicting repair needs makes devices work well without interruptions and greatly cuts unplanned downtime.

When vendors join forces with OEMs, service providers, and healthcare organizations, they ensure to keep their competitive edge. Adding to the ability to choose is the service that comes after the sale, as well as the ease of installation. As hospitals strive to reduce their energy consumption, market experts are examining the role of green building cooling systems in the industry.

Key players in the medical equipment cooling industry include Laird Technologies, Inc., Cold Shot Chillers, Filtrine Manufacturing Company, Glen Dimplex Group, Legacy Chiller Systems, and other notable companies.

Recent Development

• In October 2024, Secop launched the MN13UVULTM and MS18UVULTM compressors at Chillventa 2024. Engineered for ultra-low temperature medical applications, these compressors utilize hydrocarbon refrigerants and adaptive energy optimization, providing robust and efficient cooling for medical cold chain devices.
• In June 2024, Mater Private Hospital Brisbane implemented a new scalp cooling system to aid chemotherapy patients in retaining hair. Funded by community donations, this technology has significantly improved patient self-confidence and comfort during treatment.

Methodology and Industry Tracking Approach

The 2025 global medical equipment cooling market report by Fact.MR compiles insights from 13,100 stakeholders across 34 countries, with a minimum of 340 respondents per market. 71% were end users or producers, and 29% were professionals, including biomedical engineers, HVAC specialists, and procurement leads. Between June 2024 and May 2025, the study captured trends in product demand, investment patterns, thermal risk, unmet needs, and system performance across the value chain.

Regional and demographic weights were applied for balanced representation. The medical equipment cooling industry analysis reviewed over 295 sources, including patents, academic journals, regulatory filings, and financial documents. Statistical methods, including regression analysis, ensured accuracy.

Fact.MR has been monitoring this segment since 2018, with a focus on cooling efficiency, design innovation, and thermal management, making this report a key reference for strategic industry stakeholders.

Segmentation of Medical Equipment Cooling Market

• By Type :

  • Liquid-based Cooling
  • Air-based Cooling

• By Configuration :

  • Packaged Systems
  • Modular Systems
  • Split Systems

• By Compressor :

  • Scroll
  • Screw
  • Centrifugal
  • Reciprocating

• By Application :

  • Medical Devices
  • Analytical & Laboratory Equipment

• By Region :

  • North America
  • Latin America
  • Western Europe
  • Eastern Europe
  • East Asia
  • South Asia & Pacific
  • Middle East & Africa