10
2026
-
08
Axial flux motor stator core punching and winding integrated machine
The axial‑flux motor stands out for its high power density, compact structure and high‑efficiency performance, which makes it popular for new‑energy vehicle drive systems. Its stator core manufacturing, however, has long restricted large‑scale mass production. Traditional separate punching and winding processes involve multiple transfers between different devices, bringing low consistency, more material waste and long production cycles.
The punching‑and‑winding integrated machine solves these pain points effectively. It combines sheet punching, precise feeding and continuous core winding within one single equipment. Silicon steel strip is directly processed in‑line without repeated manual or robotic handling. The integrated workflow improves material utilization and reduces magnetic gaps caused by intermediate clamping errors, helping the axial‑flux stator core obtain smooth magnetic circuits and lower core loss.
For manufacturers, this integrated equipment shortens the whole production chain, cuts workshop space occupation and lowers overall labor costs. Even for high‑volume automotive‑grade production, stable dimensional accuracy of each stator core can be guaranteed.
Nonetheless, technical challenges remain, including precise tension control during winding and high‑temperature annealing matching. As axial‑flux motors gain wider adoption, the punching and winding integrated machine will become key supporting hardware for the industrialized upgrade of high‑performance electric drive motors.
Related News