Industrial recycling and dust collection equipment from Engineered Recycling Systems (ERS) is engineered to meet the toughest demands in metals processing, corrugated production, trim removal, and airborne dust control. The ERS equipment page showcases a complete range of integrated systems designed to capture, separate, and compact production waste with precision and efficiency.

At the core of ERS’s offering are trim removal and vacuum transfer systems, which extract production waste and airborne fibers from high-speed converting lines. These systems are frequently paired with cyclone separators and CCM® filter units to ensure clean air and accurate material separation. For facilities managing fine particulate matter, ERS delivers custom dust collection systems that integrate seamlessly with shredders, briquette presses, and magnetic separators—creating a closed-loop solution for dust-intensive operations.

In metals processing, ERS provides high-performance shredders that reduce bulky scrap into manageable pieces, ready for downstream separation or compaction. These shredders are often combined with magnetic separation systems to recover ferrous materials and prepare non-ferrous dust for briquetting. Briquette presses play a key role in this workflow, compressing metal dust and paper-based fibers into dense, transportable briquettes that reduce landfill costs and support recycling efficiency.

ERS also engineers trim removal systems tailored for packaging and tissue manufacturing, where lightweight dust and fiber must be captured without disrupting production flow. These systems are designed to work in tandem with high-efficiency ductwork, automated controls, and modular platforms that adapt to each facility’s layout.

Whether you're processing aluminum, corrugated dust, tissue fibers, or mixed industrial waste, ERS equipment is built for durability, integration, and long-term performance. Every system reflects our commitment to sustainable waste handling, operational safety, and measurable ROI—from initial capture to final compaction.