In the field of waste motor recycling, rotors and stators are key components with high copper content and great recycling value. Traditional manual dismantling is inefficient, costly, and causes high copper loss, which can no longer meet the needs of large‑scale processing. The rotor and stator shredding and recycling production line adopts a physical sorting process to realize automatic and continuous dismantling and separation, providing a practical solution for the resource utilization of waste motors.
This production line is specially designed for motor rotors, stators, coil packs and other components. It integrates multi‑stage shredding + high‑strength magnetic separation + air separation. The whole process is dry physical separation, without incineration or harmful waste gas. Materials are fed evenly via a conveyor, first shredded to proper size by a special crusher, then ferrous metals such as iron cores and silicon steel sheets are separated by a high‑strength magnetic device. Copper is then precisely separated from plastics, insulating paint and other impurities through air and screening systems, finally producing pure copper granules and iron materials with stable metal recovery rate and low copper loss.
The equipment adopts PLC centralized control, with adjustable operating parameters, suitable for processing different sizes of motor rotors and stators. It is easy to operate and features low failure rate. Equipped with negative pressure dust removal and noise reduction devices, the production line meets environmental protection requirements for dust and noise control, suitable for long‑term stable use in recycling plants and waste recycling centers. It greatly improves dismantling efficiency, reduces labor dependence, and fully recycles copper, iron, silicon steel sheets and other resources from waste motors, achieving both economic and environmental benefits.
