High quality recycling equipment solutions

Designed and manufactured in-house since 1956

Types of Waste

Advanced Solutions for Cable, E-Waste, metal Recycling and more.

ABOUT US

Eldan Sorting, Advanced Sorting Solutions for Modern Recycling

Delivering intelligent sorting solutions — from single machines to complete systems — for a more efficient and sustainable recycling industry.

Eldan Sorting develops advanced sorting technologies for the recycling and resource recovery sectors. By combining robust engineering with intelligent sensor-based and vision technologies, we help our customers maximize material purity, recovery rates, and plant performance.

Whether you need a standalone sorting machine or a fully integrated turnkey system, we design, build, and commission everything in-house — eliminating the need for a third-party integrator. With strong process expertise and a practical, customer-focused approach, our solutions perform reliably in demanding industrial environments, enabling recyclers worldwide to recover more value from complex material streams and contribute to a more circular use of resources.

ELDAN SORTING

Advanced Solutions for Cable, E-Waste and metal Recycling

Our SPS and MPS solutions are designed to address the challenges of sorting complex material streams with high accuracy and reliability.

Both systems integrate flexibly into existing plants and new installations. The SPS sorts small granulates from 3 to 20 mm (600 and 1200 mm widths); the MPS handles larger flows on belts from 1000 to 3000 mm. Standard RGB cameras and inductive sensors, with optional NIR — plus AI deep-learning and MWIR for black polymers on the MPS — deliver the purity and recovery rates that maximize value and operational efficiency.

APT Learner (AI-based material recognition)

APT Learner is a deep learning module integrated with the RGB colour sensor, enabling material detection beyond standard colour sorting. Trained on dedicated datasets, it identifies specific materials or objects such as printed circuit boards (PCBs) for highly flexible, application-specific sorting.

ELDAN SORTING

News and Updates

non ferrous metal separation

Non-ferrous metal separation methods for recycling plants

Explore the main methods used to separate non-ferrous metals in recycling plants, from eddy current and density separation to advanced sensor-based sorting. Learn how to select and combine technologies to improve metal recovery, purity and processing efficiency.

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Compare metal sorting technologies, from magnets and eddy currents to sensor-based systems, and learn which methods suit your recycling plant

Metal sorting technologies explained

Discover how metal sorting technologies help recycling plants separate ferrous and non-ferrous materials, recover valuable metals and alloys, and improve the purity and commercial value of recycled fractions.

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Copper wire recycling equipment improves copper recovery, purity and value from mixed cable granulate streams

Copper wire recycling for high-purity cable granulate recovery

Explore how advanced sorting technologies improve copper recovery from mixed cable granulates, helping recycling plants achieve higher purity, reduce material losses and maximise the value of recovered copper.

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E-waste recycling equipment for sorting and recovering high-value materials from electronic waste

E-waste recycling and high-value material recovery

E-waste recycling plays a key role in recovering valuable materials from complex electronic waste streams. Discover how industrial recycling processes and advanced sensor-based sorting technologies help improve material purity and maximise the recovery of high-value resources.

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Cable Recycling Equipment for Copper Recovery

Cable recycling equipment for high-purity copper recovery

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.

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Electronic waste recycling

Electronic waste recycling: process, challenges and technologies

Electronic 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.

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Eldan Sorting and PICVISA: A Strategic Partnership Redefining Recycling Technology

Eldan Sorting and PICVISA: A Strategic Partnership Redefining Recycling Technology

Through 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.

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Eldan Sorting in the Recycling Press: SPS, MPS and the Future of Waste Separation

Eldan Sorting in the Recycling Press: SPS, MPS and the Future of Waste Separation

Eldan 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.

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PICVISA at IFAT 2026: Metals Vertical, Black Plastics AI Sorting, and the Role of Eldan Sorting

PICVISA at IFAT 2026: Metals Vertical, Black Plastics AI Sorting, and the Role of Eldan Sorting

At 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.

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