Recovering metals from electronic waste is a key pillar of today’s circular economy. For electrical cable processing, Stokkermill designs compact and scalable recycling lines (such as the K-series granulators and M-series systems), engineered to precisely separate valuable materials like copper and aluminum from wiring harnesses, cables, and radiators (heat exchangers).
In the WEEE (Waste Electrical and Electronic Equipment) sector, these plants deliver a complete mechanical processing solution: from primary shredding through to physical separation. This enables the recovery of high-value fractions such as aluminum, ferrous metals, and mixed metal streams, all ready to be reintroduced into industrial supply chains.
With its dedicated division “StokkermillSolar,” the company addresses the growing challenge of end-of-life photovoltaic module recycling.
These fully automated systems are designed for 24/7 operation, optimizing throughput without requiring prior removal of the aluminum frame. The advanced mechanical delamination and separation process enables the recovery of high-quality secondary raw materials, including:
Battery recycling is one of the most complex and strategically important sectors today. Stokkermill refining systems for lithium-ion battery by-products (LIB) use advanced physical separation technologies to liberate and recover critical materials such as black mass and copper fractions.
For heavy-duty metal processing, including bulky scrap, end-of-life vehicles (ELVs), and electric motors, Stokkermill offers a range of high-performance hammer mills (HM Series Hammer Mill Crushers), with power ratings up to 400 kW, ensuring outstanding size reduction and material liberation efficiency.
Want to learn more and download the full technical documentation?
Explore all details, machine specifications, and additional resources in our catalog here:
https://www.stokkermill.com/en/event-materials-resources
29-04-2026
