The unique elme design separates on both sides of the outer drum. This solution is far superior to conventional methods, which are based on the ejection parabola of various materials.
Applications: Used to separate non-magnetic metals such as aluminium, copper, zink and brass.
Process: Induction is created in a rotating magnetic field to induce eddy currents in the metals. Non-conductive materials follow the rotation of the drum, while non-magnetic metals are separated off in the opposite direction.
Unique features: The unique elme design separates on both sides of the outer drum. This solution is far superior to conventional methods, which are based on the ejection parabola of various materials. We use only extremely powerful, top quality neodymium magnets to ensure consistency and highest possible reliability in separation. The eddy-current separator is patented.
Customer segments: Bio-fuel production, waste management, metal recycling, plastic recycling, electronic recycling etc.
Technical specifications
| Model: | Belt or drum |
| Belt width: | 800-2000 mm |
| Speed: | Adjustable |
| Magnet field: | Adjustable |
| Magnets: | Neodymium. We use the strongest magnets on the market, and optimize the distance between material and magnets. |
| Variations: | Fin resp. standard |
