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As global demand for rare earth elements and precious metals continues to rise, the need for efficient, scalable e-scrap recycling systems has never been more urgent. Engineered Recycling Systems is proud to support clients across North America with custom solutions designed to recover high-value materials from printed circuit boards (PCBs) and other electronic waste streams.

ERS systems are engineered to process complex PCB compositions that include gold, palladium, tantalum, silver, and rare earth magnets. These materials are often present in trace amounts and embedded within layered substrates, making recovery both technically challenging and economically critical. Our team works closely with each client to analyze their material stream and develop a system that meets their specific throughput, purity, and environmental goals.

Recent projects have included the installation of complete e-scrap recovery lines for clients in the telecommunications, aerospace, and consumer electronics sectors. These systems integrate shredding, granulation, magnetic and eddy current separation, and advanced air classification to isolate and recover valuable fractions. Each installation is supported by ERS’s containment and filtration technology, ensuring compliance with environmental standards and operator safety.

ERS’s modular approach allows for flexible system design, whether the goal is to process mixed e-waste from municipal collection or to target high-yield recovery from specialized industrial sources. Our clients benefit from a fully integrated solution that maximizes material recovery while minimizing labor and energy costs.

If your operation is exploring PCB recycling or looking to improve recovery rates from existing e-scrap streams, ERS can help. Our team is ready to design a system tailored to your material mix and facility layout. Contact us to learn how we can support your rare material recovery goals with precision-engineered solutions.

ERS is in the final stages of installing a custom-engineered scrap and dust collection system for one of our customers operating a Göpfert rotary die cutter. This project is still in progress, with commissioning and final integration underway. While the system is designed to interface seamlessly with the Göpfert RDC HBL, ERS is not affiliated with Göpfert or any OEM. Our work is built around the machine, the layout, and the customer’s goals—not the brand.

The system captures trim and airborne dust directly at the die cutter interface, preserving print quality and maintaining consistent airflow. Scrap is conveyed through a vacuum transfer system and discharged via modular options tailored to the facility’s infrastructure. At the heart of the system is our CCM® OCT Filter, which operates without compressed air, regeneration cycles, or external housings—delivering clean, reliable filtration with minimal maintenance.

This installation continues a broader initiative to modernize converting environments and eliminate the inefficiencies of legacy dust systems. ERS systems are engineered to run clean, run smart, and run reliably. Completion is near—and the results will speak for themselves.

If your facility is still relying on baghouses, rotary airlocks, or external filter housings, it’s time to rethink what clean converting should look like. Let’s build something better—start your upgrade with ERS.