MAIPT Machinery: An Outstanding Leader in the Field of Temperature Control

A pioneer in temperature control equipment, MAIPT Machinery has over a decade of expertise in industrial fluid temperature control(-110℃ to 400℃/-166℉ to 752℉). With advanced technology enabling ±0.1℃ precision，we deliver comprehensive industrial temperature control solutions globally，positioning ourselves as a high-end supplier and industry leader through professional expertise，superior quality，and full-service support.

I. Company Origin and Development History

• 2006: The pioneers of our company, with enthusiasm for temperature control technology, embarked on the research and development journey of temperature control equipment in Humen, Dongguan, Guangdong and Shenzhen, laying a solid technical foundation for subsequent temperature control development.

• 2010: MAIPT Technology Company was registered and established in Hong Kong, and the "MAIPT" brand was officially created, which symbolizes the beginning of the company's brand operation and opening up the journey to a broader market.

• Early 2017: A production base was set up in Suzhou, then Suzhou MAIPT Machinery Co., Ltd. was established to further expansion of the production scale and increase production capacity to meet the growing market demand.

• Late 2017: A branch was established in Nantong, and Nantong MAIPT Machinery Co., Ltd. was founded, continuously expanding the business territory and enhancing the company's influence and coverage in the domestic market.

• 2021: One branch company was established in Shenzhen, Guangdong, and Shenzhen MAIPT Machinery Co., Ltd. was set up to further optimize the company's market layout, get closer to customers and provide more efficient services.

• Late 2024: MAIPT Machinery Co., Ltd. was established in Sichuan, continuously deepening the national market layout, demonstrating the company's determination and strength in continuous development and growth.

II. Main Products and Technological Advantages

   1.  Combined High/Low Temperature Integrated Units

• Temperature Range: -110℃ to 300℃（mutiple specifications：-110℃~200℃，-60℃~300℃，-40℃~250℃）     

• Technology：The equipment can achieve rapid heating and rapid cooling processes with rapid heat/cold exchange via compressors, achieving precise control for chemical, pharmaceutical, aerospace and military, laboratory research, and R&D applications, etc. 

2.  Multi-Medium TCU Temperature Controllers

•        Functionality: Regulates steam, cooling, and low-temperature media via PID control in heat exchangers or cooling system, serving chemical, pharmaceutical, and petroleum industries with customized heat exchange solutions, which could meet the diverse needs of different industries for medium heat exchange and temperature control.

3. New Energy Temperature Control Test System

•        Applications: Theequipment is simple yet powerful, mainly used for host testing of new energy sources, such as hydrogen energy engines, lithium battery packs, aerospace fuel system testing, etc. The test parameters can be indirectly cascade controlled through heating and cooling temperature control methods, indirect and rapid indirect cooling slope temperature control

4. 400℃ Ultra-High Temperature Units and Other Non-Standard Units (Customizable) :

•       Applications：Fully enclosed high-temperature thermal oil systems with direct heating/constant temperature control. This system is designed for application in extreme conditions, such as mold temperature stabilization, composite material processing, and specialty chemical production, and also capable of addressing ultra-high-temperature control challenges(up to 300℃）under complex operating conditions

5.  Industrial Refrigeration Systems

•  Portfolio: Portable chillers, air/water-cooled screw chillers, water-source heat pumps, and closed/open cooling towers for diverse industrial cooling needs.

Leading Temperature Control Core Technologies: 

III. Technical Advantages     

•    Rich and Diverse Main Products:




• Combined High-Low Temperature Integrated Unit (-110℃ to 300℃): The equipment is simple and can achieve rapid heating and rapid cooling processes within the temperature range from high to low temperatures through heating equipment and refrigeration compressor. It is widely used in such as chemical pharmaceuticals, scientific research, aerospace military, electronic products, and laboratory research, providing precise temperature control solutions for numerous industries.

• TCU Temperature Control Machine with Multiple Medium Heat Exchange: The equipment mainly controls various media such as steam, cooling, and low temperature by adjusting and controlling them to enter the heat exchange device. It realizes temperature control through PID heating and cooling output, indirect heating/cooling methods, and is mainly used in the fields such as chemical industry, medicine, and petroleum refining to meet the diverse needs of different industries for medium heat exchange and temperature control.

• New Energy Temperature Control Test System: The equipment is simple yet powerful, mainly used for host testing of new energy sources, such as hydrogen energy engines, lithium battery packs, aerospace fuel system testing, etc. The test parameters can be indirectly cascade controlled through heating and cooling temperature control methods, indirect and rapid indirect cooling slope temperature control. It is mainly used in the fields such as aerospace engines, weaponry research, automotive engines, transmissions, and laboratory research, which providing reliable temperature control guarantees for the development of the new energy field.

• 400℃ Ultra-High Temperature Units and Other Non-Standard Units: The heating unit utilizing direct heating and constant temperature control mode, achieving temperature control of high-temperature thermal oil through a fully enclosed system. This system is designed for application such as mold temperature stabilization, composite material processing, and specialty chemical production, and is capable of addressing ultra-high-temperature control challenges(up to 300℃）under complex operating conditions.  

Leading Temperature Control Core Technologies:

• Safety Risk Control: Each temperature control system has a unique control design and system self-control protection, including solid-state relay front power protection, independent temperature protectors, high temperature protection, refrigeration system high and low voltage protection, compressor overheating protection, circulating pump overheating protection, cooling water over-temperature protection, phase loss and phase failure protection, leakage circuit breaker, sensor fault protection, liquid level protection, and other safety risk control measures, providing all-round protection for the safe operation of the equipment, allowing customers to have no worries.

• Direct Switching of Cooling and Heating for Temperature Control: The system adopting ultra-high temperature rapid cooling technology, the system can meet the requirement of directly starting the compressor cooling technology at a maximum of 300 degrees, and effective heat dissipation during high-temperature exothermic reactions. The innovative temperature control system ensures the system temperature is consistently maintained at the set point, achieving efficient switching between cooling/heating modes and precise temperature regulation, thereby guaranteeing unwavering stability and reliability in temperature control. 

• Unique PID Temperature Control Algorithm: When a temperature rise is detected on the client side, the system immediately triggers a rapid response--lowering the temperature of the thermal medium through algorithm-driven adjustments to ensure the thermal oil remains whithin optimal range. This mechanism effectively dissipates excess heat while maintaining the reaction system at the required stability. Levering advanced algorithms, the system achieves real-time, precise temperature modulation, meeting the ultra-high-precision, meeting the ultra-high-precision control demands of complex industrial processes.

III. Service and Quality Philosophy

Mipute Machinery is not only dedicated to the R&D, production, and sales of temperature control equipment but also committed to providing comprehensive services and technical consulting tailored to client needs. With decades of expertise and cutting-edge technology, we deliver customized thermal solutions—including heating, cooling, and temperature stabilization—for diverse industries such as: Die-Casting, Food Processing, Chemical, Engineering, Healthcare, Printing & Packaging, Composite Materials, Battery Manufacturing, Testing Equipment, Rubber & Calendering.

Customer-Centric Quality Assurance

We prioritize user experience and pursue uncompromising equipment quality. Every production stage undergoes precision engineering, and each unit is subjected to rigorous quality inspections to guarantee stable performance, reliability, and durability. Recognized as a trusted alternative to imported systems, Mipute Machinery has earned industry-wide acclaim and continues driving innovation in China’s temperature control sector.

Vision for the Future
Guided by pioneering innovation, Mipute Machinery will further elevate technical excellence and service standards, delivering smarter, more efficient, and sustainable thermal management solutions for global clients. Together, we aim to redefine the benchmarks of temperature control technology.