In 2025, bearings have already broken through the role of traditional mechanical accessories and become the "behind-the-scenes promoter" of human technological revolution. This is mainly reflected in the following three areas.

1) New energy vehicle field. Everyone knows that new energy vehicles are now the core battlefield of bearing innovation. With the continuous breakthrough of electric vehicle batteries, high-speed, low-friction ceramic bearings have become the most dazzling star. Every 0.1% reduction in friction loss can make a car "last" 10 kilometers longer.

2) Robotics field. In the field of robots, the high precision of bearings is directly sublimated. For example, in the 30 joints of a housekeeping robot, the bearings need to withstand dynamic loads and micro-vibrations at the same time-every perfect match of it is an advancement in nano-level manufacturing technology.

3) Medical equipment field. Magnetic suspension bearings have extended the life of artificial heart pumps to more than 100,000 hours, and the micro bearings on the fingertips of surgical robots are breaking the Guinness record for surgical operations with an error of 0.001 mm.

When humans are pursuing intelligence and mechanical automation, bearings are quietly completing their gorgeous transformation. It is not difficult to see from this point that the real technological revolution often starts with the most traditional and basic hardware equipment. This makes us wonder: in an era of crazy technological progress, have we ignored the existence of "traditional" components? The answer may be hidden in every silent but precise linkage rotation.