With the rapid development of the medical industry and the rapid advancement of high-tech examination and treatment methods, the heat dissipation problem that all electronic industries must face is increasingly being valued by medical equipment manufacturers.

For the understanding and analysis of the three major application fields of medical equipment: detection, treatment, and auxiliary, our requirements for radiators are defined as: high performance, long service life, and stable quality, in order to meet the particularity of normal operation of medical equipment and not cause the entire equipment (set) to shut down or malfunction due to heat dissipation issues.

These accessories can be stably and firmly combined, ensuring the efficiency of the hot channel while also taking into account the environmental protection that is currently highly valued in the industry. By utilizing the high conductivity of copper, heat is quickly taken away from the heat source. Through the ultra-high thermal balance of the heat pipe, heat is quickly transmitted to the heat dissipation end. Then, utilizing the high wind pressure characteristics of the turbine fan, strong air flow is used to forcibly absorb and dissipate the heat at the hot end, This ensures that the motherboard can work effectively in a safe and constant temperature state, providing safe heat dissipation for patients to use the equipment normally.