electric motor recycling machine

Modern electric motors primarily consist of components such as stators, rotors, copper windings, permanent magnets, and casings. These components contain a variety of high-value metals, including copper, aluminum, and rare earth permanent magnets. For example, a typical industrial motor may contain 15-20% copper, while rare earth permanent magnets account for approximately 5-8%. Failure to effectively recycle these valuable resources will result in significant waste.

The electric motor recycling system utilizes a modular design, encompassing core equipment such as a pre-treatment and disassembly platform, a high-efficiency crusher, and a multi-stage sorting unit. The process flow is as follows: automated casing removal → core component crushing → eddy current separation of non-ferrous metals → permanent magnet extraction → fine material classification.

Electric motor recycling creates multiple economic benefits: non-ferrous metals such as copper and aluminum can be directly recycled; rare earth permanent magnets can reach 70% of their raw material value after professional processing; and silicon steel sheets can be recycled into new motors. Data shows that professional recycling of scrapped motors can generate economic benefits of 8,000-12,000 yuan per ton, with a payback period of just one to two years.

From an environmental perspective, professional recycling can reduce landfill pollution by over 90%. Every 10,000 tons of motors recycled is equivalent to saving 150,000 tons of ore from mining. With the advancement of the “dual carbon” goals, electric motor recycling will become a key component of the green manufacturing system, and the market size is expected to exceed 100 billion yuan in the next five years.