Recovering high-purity copper from electrical cables requires more than conventional separation methods. In this guide, we explain how the cable recycling process works, which technologies are used and how optical sorting helps maximise material recovery and plant performance.
READ MOREElectronic waste recycling is essential to recover valuable materials, reduce environmental impact and support the circular economy. Discover the technologies and processes that make efficient WEEE recycling possible.
READ MOREThrough a strategic partnership with PICVISA, Eldan Sorting has integrated AI-powered optical sorting into its recycling systems. The result: the SPS and MPS sorters — engineered to deliver higher purity output from cable granulate, e-waste and non-ferrous metal streams than was ever previously achievable.
READ MOREEldan Sorting has been making headlines across the global recycling press. From Recycling Today and Recycling International to Waste Management Review, RETEMA, and Recycling Product News, here is what the world’s top recycling publications are saying about the SPS, MPS, and the future of optical sorting.
READ MOREAt IFAT 2026 in Munich (May 4–7), PICVISA presented its most comprehensive technology showcase, spanning plastics, glass, textiles, and a fully integrated metals vertical. Central to the metals offering is Eldan Sorting, providing optical sorting for cable granulates and non-ferrous metals through the SPS and MPS machines.
READ MOREFrom a family-run workshop building scrap shears to a global provider of sophisticated recycling systems, Eldan Recycling’s history of high-purity mechanical recycling is at the heart of the circular economy. Today, through Eldan Sorting, the company adds AI-powered optical sorting to its world-class mechanical recycling portfolio.
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