电机和动力箱的产业化工艺技术电机工艺开发： 优化冲片结构，达到定、转子

Industrialization process technology of motor and power box. <br>Motor process development: <br>optimize the punching structure to minimize the expansion of stator and rotor cores, maximize the stacking coefficient of the core, high-precision sheath and stator and rotor cores. The air gap magnetic field of the production motor is consistent, thus ensuring the extremely high performance of the motor and enabling mass production. <br>Motor insulation support material selection and structural design and development: <br>When electrical performance, structural strength and high temperature resistance are all satisfied, select special slot insulation materials with high thermal conductivity and strong thermal conductivity. <br>Power box assembly and production error prevention equipment development, motor-gearbox integrated factory test equipment, to ensure the consistency and reliability of the system.

Industrialization technology for motors and power boxes<br>Motor process development: <br>Optimize the punch structure to achieve fixed, roil iron core expansion is minimized, iron core stacking coefficient is maximized, high-precision sheath and fixed, roil iron core so that the mass production motor air gap magnetic field is consistent, so as to ensure the extremely high performance of the motor and can achieve mass production.<br>Motor insulation bracket material selection and structural design and development:<br>Under the condition that the electrical performance, structural strength and high temperature resistance are satisfied, special slot insulation materials with high thermal conductivity and strong thermal conductivity are selected.<br>Power box assembly and production error-proof equipment development, motor-transmission integrated factory test equipment, to ensure system consistency and reliability.

Industrialization technology of motor and power box<br>Motor process development:<br>Optimize the punching structure to minimize the expansion of stator and rotor core, maximize the lamination coefficient of iron core, and make the air gap magnetic field of mass production motor consistent with high-precision sheath and stator and rotor core, so as to ensure high performance of motor and realize mass production.<br>Material selection and structure design and development of motor insulation support:<br>When the electrical performance, structural strength and high temperature resistance are satisfied, the special insulation material with high thermal conductivity and strong thermal conductivity is selected.<br>Power box assembly and production error proofing equipment development, motor gearbox integration factory test equipment, to ensure the consistency and reliability of the system.<br>