An electric motor stator winding process, which divides the original secondary stator core into two halves as a half-core, and then by the winding fork through the fixture to do the rotation, directly winding the enameled wire into the core slot, then the two winding enameled wire half-core are combined into one. This electric motor stator winding process greatly improves the slot filling rate, thereby increasing the motor power, the whole machine can be made smaller and more compact in the same power, improving the whole hand feel, and at the same time because it is directly rotating winding, not only the enameled wire's looseness is consistent, but also the production efficiency is greatly improved.
