ASR and car fluff recycling systems from Engineered Recycling Systems (ERS) are engineered to recover high‑value metals from automotive shredder residue and e‑waste, delivering compact layouts, high‑purity separation, and sustainable recovery from demolition scrap. These systems address the growing demand for cleaner, space‑efficient, and cost‑effective solutions in the recycling industry, enabling facilities to reclaim aluminum, copper, plastics, and other valuable fractions with minimal manual handling.

ERS’s innovative approach is built around compact, high‑efficiency ASR processing lines with production capacities starting from 500 kg / 1100 lbs. This design eliminates the need for oversized infrastructure and makes advanced recovery accessible to more recyclers. By reducing environmental footprint, lowering permitting requirements, and simplifying installation, ERS systems allow processors to scale responsibly without sacrificing performance.

The latest ERS ASR processing system is environmentally friendly, modular, and engineered for long‑term reliability. It is designed to recover metals from electrical and electronic equipment waste, with a special focus on automotive demolition scrap. These systems excel at isolating non‑ferrous metals from complex shredder residue, improving purity and resale value while reducing landfill volume and environmental impact. With precise airflow control, magnetic separation, and eddy current technology, ERS systems deliver consistent results across diverse material streams.

ERS solutions are built to meet the needs of recyclers who require dependable performance in compact footprints. Whether processing automotive shredder residue, mixed e‑waste, or demolition scrap, ERS systems stabilize the feed, optimize particle size reduction, and ensure clean separation of valuable metals from lightweight fluff and contaminants. This approach increases recovery rates, reduces waste, and supports sustainable recycling operations.

ERS systems are engineered for industrial performance and long‑term durability. Modular layouts allow flexible installation in facilities with limited space, while advanced separation technology ensures high‑purity output that meets downstream requirements. With rising demand for aluminum, copper, and other metals across automotive, electronics, and renewable energy sectors, recovering these materials from ASR has become a strategic advantage for recyclers.

Next Steps for Your ASR Recycling Project

If you’re evaluating ASR and car fluff recycling systems, upgrading your existing line, or planning a new installation for automotive shredder residue, our engineering team is ready to support you. We can review your material stream, discuss the separation stages required for aluminum, copper, and non‑ferrous metals, and help identify the system configuration that delivers the purity and throughput your operation needs.

When you’re ready to move forward, you can reach out through our contact form to request a quote or schedule a consultation with an ERS engineer about your project. This gives you direct access to our technical team and ensures that your system layout, integration path, and performance expectations are aligned with your goals.

If you want to see how your ASR material performs in a real system before making a decision, you can also send material for testing to our facility. Our team will run it through an ERS line and provide you with documented recovery results and processing data you can rely on for confident planning.