The drive motor, as the core of new energy vehicles, is a key component of the entire drive motor. The motor shaft is used to fix the rotor iron core and achieve torque transmission. Whether its processing quality meets the standard will directly affect the performance of the vehicle's power system. The structure of new energy vehicles varies, and the processing method and route of their motor shafts also vary.
The machining process of the motor shaft involves precision machining and surface treatment to ensure that the motor shaft has good mechanical performance and durability. Motor shafts are usually made of high-strength alloy steel or stainless steel, and materials are selected according to specific usage environments and requirements to ensure strength and corrosion resistance.