Eddy Current Magnetic Separator
Efficiently recover non-ferrous metals with an Eddy Current Separator engineered for high recovery, stable separation, and low-maintenance operation in demanding recycling lines.
- Eccentric and concentric pole systems support different particle sizes and separation targets.
- Recovery rates can reach up to 96% for conductive non-ferrous metals in optimized applications.
- Belt width, frame dimensions, and discharge layout can be matched to your process line.
Equipment Overview
The separator is designed for adjustable performance, reliable separation of non-ferrous metals, and straightforward integration into existing recycling layouts.
Adjustable Separation Module
The eccentric pole system maximizes recovery for many recycling lines, while the concentric option is suitable for fine fractions and streams with less magnetic dust.
Custom Layout Integration
Belt width, discharge angle, support frame dimensions, and line connection details can be adapted to your process layout and material fraction.
How Eddy Current Separation Works
The eddy current separation process uses electromagnetic induction to separate non-ferrous metals from mixed waste through four controlled steps.
Material Feed
Mixed materials containing non-ferrous metals are fed onto the conveyor at a controlled rate for stable separation conditions.
Magnetic Field Generation
The rotating magnetic drum produces a high-frequency alternating magnetic field that acts on conductive particles.
Eddy Current Induction
Non-ferrous metals develop induced eddy currents and generate opposing magnetic fields that create repulsion.
Material Separation
Repelled metals are thrown further from the drum while non-conductive material drops normally, producing clean separation.
Why Choose Eddy Current Separator?
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Eccentric and Concentric Pole Systems
Adaptable to different recycling needs, from maximizing recovery to optimizing fine fraction separation.
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High Separation Efficiency
Recovers conductive non-ferrous metals precisely, improving product purity and line value.
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Two-Stage Separation
Optional multi-stage separation can improve recovery in demanding recycling environments.
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Low Maintenance and Energy Efficient
Designed for easy operation and lower energy use over long production cycles.
Technical Parameters
| Model | Belt Width (mm) | Roller Diameter (mm) | Belt Speed (m/s) | Separation Efficiency | Magnetic Roller Motor Power (kW) | Belt Motor Power (kW) | Power Supply (kW) | Weight (kg) | Length A (mm) | Width B (mm) | Height C (mm) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| SES-300 | 300 | 280 | 0-2.5 | Up to 96% | 2.2 | 0.75 | 4.5 | 760 | 1940 | 1472 | 1075 |
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Applications
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Aluminum Recycling
Efficient separation of aluminum from mixed waste streams and shredded fractions.
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Shredder Material
Processes shredder material for more effective non-ferrous metal recovery.
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Electronic Scrap (WEEE)
Recovers valuable non-ferrous metals from electronic waste processing lines.
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Glass and Plastics
Separates conductive non-ferrous metals in glass, plastic, and wood recycling applications.
Equipment in Action
See how conductive non-ferrous metals are repelled and separated from mixed waste streams.
Frequently Asked Questions
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Warranty & Installation
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1-Year Limited Warranty
All recycling equipment includes limited warranty coverage for more confident long-term operation.
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Expert Installation Support
Engineers can guide setup, commissioning, and line integration according to customer requirements.
Request a Customized Solution
Share your material mix, target capacity, and recovery requirement. We will recommend a suitable Eddy Current Separator configuration.