Engineered Recycling Systems (ERS) designs and builds complete electronics recycling systems for processors managing high-volume returns of small consumer devices from major retailers and logistics partners. These returns—often classified as retail e-waste or e-scrap—include a wide range of unsellable or obsolete items such as chargers, headphones, tablets, handheld electronics, and accessories. While these devices may no longer hold retail value, they contain recoverable copper, aluminum, and trace metals essential to modern manufacturing and supply chains.

ERS systems are engineered to process pre-sorted or bulk-fed material streams with precision and consistency. Our solutions are built to handle the complexity of mixed electronics, isolating clean metal fractions through calibrated airflow, magnetic separation, and eddy current technology. Advanced material handling ensures that copper wiring, aluminum housings, and embedded components are efficiently separated from non-recyclable fractions, maximizing recovery rates and minimizing waste.

Each system is configured to meet the specific needs of your operation—whether you're processing electronics returns from e-commerce platforms, handling liquidation lots, or managing reverse logistics contracts. ERS systems are designed for high-throughput performance, scalable integration, and long-term reliability. Our modular architecture allows for flexible installation across diverse facility layouts, and our engineering team works closely with each client to optimize recovery goals based on material mix and volume.

ERS supports processors who are expanding into electronics recycling, upgrading existing lines, or launching new facilities focused on retail e-waste recovery. With demand for copper, aluminum, and rare metals rising across electric vehicles, consumer technology, and renewable energy sectors, recovering valuable materials from discarded electronics is no longer optional—it’s a strategic imperative.

ERS systems help recyclers turn complexity into opportunity, delivering consistent results across every shift, every stream, and every return.