Stator And Rotor

Stator and Rotor are two basic parts of a generator or motor. A motor is an energy conversion device that can convert electrical energy into mechanical energy or mechanical energy into electrical energy. The stator is the stationary part of the machine, while the rotor is the rotating part of the machine.

A good stator rotor needs to be punched out through a precise metal stamping die, using an automatic riveting process, and then using a high-precision stamping machine. The advantage of this is that it can maximize the integrity of the plane of the product and the accuracy of its product.

The bldc motor stator and rotor adopts a special coating surface treatment process, with a stable structure, smooth and no bumps, good lamination coefficient, not easy to corrode and good heat resistance. The withstand voltage can reach 500V/80A, which is suitable for high voltage and high current scenarios.

Usually high-quality rotor stators are professionally stamped using this process. High-precision hardware continuous stamping dies are combined with high-speed stamping machines, and HY's excellent professional motor core production personnel can guarantee the yield rate of motor cores to the greatest extent.

Generator stator and rotor core production, high-speed punching stamping segmented stator core. Multi-station automatic progressive dies are used on high-speed punching machines to automatically stamp the core lamination. The stamping process mainly includes leveling the material strip, and then feeding the material strip into the mold through the clamp to continuously complete punching, forming, trimming, trimming, and automatic lamination. The finished core is sent out from the mold to realize the full automation of precision core punching and lamination. The motor core products produced have sizes ranging from 29mm to 410mm. They are not only sturdy and durable, but also have higher speed control accuracy, ensuring that there will be no problems such as loose chips.