The 60x60x15mm thin DC axial fan is a miniaturized and ultra-thin high-precision cooling fan tailored for compact and ultra-thin electronic devices. With the rapid development of consumer electronics and industrial miniaturized intelligent equipment, electronic products are constantly evolving towards ultra-thin, miniaturized and high-integration. The internal installation space of the equipment is extremely limited, and the traditional thick and large cooling fans cannot meet the assembly and layout requirements of compact equipment. At the same time, high-integration mini electronic components still generate certain operating heat, and the narrow closed space leads to difficult natural heat dissipation, which is easy to cause local overheating of the equipment, affect operating performance and shorten service life.

This fan adopts an ultra-thin 60x60x15mm precision size design, which is smaller and thinner than conventional fans, perfectly adapting to the narrow internal space of ultra-thin and compact electronic equipment, and realizing embedded seamless installation without occupying extra equipment space. The ultra-thin body does not sacrifice heat dissipation performance. Through miniaturized high-efficiency brushless motor and micro streamline blade optimization design, the fan realizes balanced air volume and wind pressure output, which can accurately dissipate heat for high-heat components inside compact equipment, effectively take away local accumulated heat, and maintain the stable operating temperature of the equipment.

The fan has the characteristics of light weight, low power consumption and ultra-low noise operation. The precise bearing structure and dynamic balance calibration technology eliminate jitter and abnormal noise during operation, realizing silent heat dissipation and meeting the mute operation requirements of precision electronic equipment. It has excellent anti-aging and anti-interference performance, can adapt to long-term continuous operation of mini intelligent equipment, and has high operation stability. It is widely used in industrial control mini instruments, intelligent household thin equipment, portable electronic devices, embedded control equipment and other compact electronic product scenarios. It solves the heat dissipation problem of miniaturized and ultra-thin electronic equipment that is difficult to match with traditional fans, and provides reliable and efficient micro heat dissipation guarantee for the stable operation of compact electronic devices.