A copper granulator machine (also called a copper wire recycling machine) is designed to recycle scrap copper cables by separating copper granules (“copper rice”) from plastic insulation efficiently. The machine typically integrates crushing, conveying, air separation, and vibration separation to process various types of scrap wires and cables, turning waste material into clean copper granules with high recovery value. Copper granulators are widely used in scrap recycling plants, e-waste processing centers, metal recovery businesses, and cable manufacturing scrap handling, helping users increase recycling efficiency, reduce labor cost, and improve overall profitability through higher-purity copper output.
1) High Purity Copper Output with Strong Recovery Value
A well-designed granulator separates copper from plastic insulation effectively, producing clean copper granules that are easier to sell at a better price. Stable separation performance helps reduce copper loss in the plastic fraction and improves overall recovery rate, which directly increases revenue for recycling businesses. The output granules are also convenient for storage, transport, and downstream melting or refining, making the recycling process more valuable and more professional.
2) Efficient, Labor-Saving Operation for Continuous Processing
Compared with manual stripping or burning methods, a copper granulator offers a faster, safer, and more scalable recycling workflow. Automated crushing and separation greatly reduce manpower requirements and improve daily throughput, allowing operators to handle larger volumes of scrap wire with consistent results. This improves productivity, reduces labor intensity, and helps businesses meet production targets—especially when wire input is frequent and varied.
3) Cleaner and Safer Recycling with Lower Operating Risk
Copper granulation provides an environmentally friendlier solution than open burning, helping reduce smoke, odor, and pollution risks while creating a cleaner working environment. Many systems include dust collection or filtering options to support safer plant operation. In addition, controlled mechanical processing reduces the risk of accidents associated with flame-based methods, supporting compliance with environmental and safety requirements in many markets.