Medical beauty equipment
The development of science has made electronic devices in any industry increasingly precise, and the design of medical equipment is even more rigorous. The heat dissipation of medical equipment is particularly important, and the importance of cooling fans in medical equipment is reflected. Temperature control has a huge impact on the stability and lifespan of medical equipment
During the use of medical equipment, the internal temperature of the equipment will increase to varying degrees due to the effect of current. Especially for the control board, the normal operating temperature of medical equipment continues to rise, exceeding the safe range. It is necessary to install a cooling fan or cooling device to ensure the normal operation of the equipment during use, which not only protects the service life of the equipment itself, but also improves the safety and stability of equipment use. We often see in movies that electronic devices and instruments can burn or even explode when used beyond their capacity, so the role of cooling fans in electronic devices and instruments is beyond doubt. Therefore, during the maintenance and repair of medical equipment, it is also necessary to check the condition of the heat dissipation equipment to avoid malfunctions caused by overheating of circuit components due to abnormal operation of the heat dissipation equipment.
Medical beauty equipment
With the continuous innovation of smart devices, their integration and intelligence are constantly improving. Small size and high integration are the latest features, which also means that the operation of devices and the concentration of hot spots require stricter requirements for cooling fans. PWM speed regulating fans, micro fans, waterproof fans, corrosion-resistant and salt resistant fans are being applied in various fields
The intelligent integration of beauty equipment, magnetic resonance imaging, imaging equipment, surgical instruments, dental instruments, oxygen concentrators and other devices, from imaging equipment to surgical instruments, the powerful medical equipment of the 21st century is impressive, largely due to the improvement of microprocessor computing power. However, for heat dissipation engineers, these advancements are also greater challenges. As the power of devices increases, their size becomes smaller, and their integration becomes higher, the difficulty of installing cooling systems on medical equipment will also increase. Noise control is also an essential focus
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