NON FERROUS METAL SEPARATORS

Eddy Current Separator

Magnapower’s Eddy Current Separator range is engineered for high‑efficiency non‑ferrous metal recovery across demanding recycling environments. Using our proprietary Rare Earth Neodymium magnet system and high‑frequency rotor design, each ECS delivers maximum repulsion force, cleaner output, and long‑term reliability with minimal maintenance.

Suitable for WEEE, dry recyclables, shredded scrap, incinerator ash, and complex waste streams, Magnapower ECS systems provide industry‑leading separation accuracy, high throughput, and consistent purity.

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Customised Solutions.

Precision-Engineered in the UK.

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Proprietary Magnet Design.

EDDY CURRENT SEPARATORS

How it works

A high‑frequency magnetic rotor sits inside the conveyor’s head drum. As non‑ferrous metals pass over the belt, rapidly alternating magnetic fields induce eddy currents within the particles. These currents generate a repulsive force that ejects aluminium, copper, and other non‑ferrous metals forward, separating them from the remaining material stream.

This process enables:

Precise metal recovery even at high throughput
Reduced contamination
Consistent purity across varied waste streams

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Technical Information

Below is a summary of our standard ECS range. For project‑specific configurations, our engineering team will advise the best model for your application.

	ECS600	ECS900	ECS1000	ECS1200	ECS1500	ECS2000	ECS2500
DIMENSIONS
Effective Belt Width (mm)	600	900	1000	1200	1500	2000	2500
Length (mm)	3750	3750	3750	3750	3750	4710	5400
Width (mm) (doors closed)	1575	1875	1975	2175	2575	3250	3800
WEIGHT
Approx Kg	1250	1400	1500	1600	1700	4100	5000
ELECTRICAL
Rotor Design	Eccentric
Rotor Drive	3KW	3KW	3KW	3KW	3KW	11KW	11KW
Belt Drive	1.5KW	1.5KW	1.5KW	1.5KW	1.5KW	4KW	7.5KW
OPTIONS & ACCESSORIES
Splitter Type	Knife Edge, Tube, Motorised
Accessories	Control Panel, Vibratory Feeder, Drum Magnet, Support Platform, Motorised Belt Brush, Rotation Sensor
Colour	Non Standard colours available upon request

	ECS600	ECS900	ESC1000	ECS1200	ECS1500	ECS2000	ECS2500
DIMENSIONS
Effective Belt Width (in)	24	36	39	48	60	79	99
Length (in)	147.64	147.64	147.64	147.64	147.64	185.43	212.60
Width (in) (doors closed)	62	73.82	77.75	85.63	101.38	127.95	14961
WEIGHT
Approx lbs	2756	3086	3306	3527	3748	90378	11023
ELECTRICAL
Rotor Design	Eccentric
Rotor Drive	3KW	3KW	3KW	3KW	3KW	11KW	11KW
Belt Drive	1.5KW	1.5KW	1.5KW	1.5KW	1.5KW	4KW	7.5KW
OPTIONS & ACCESSORIES
Splitter Type	Knife Edge, Tube, Motorised
Accessories	Control Panel, Vibratory Feeder, Drum Magnet, Support Platform, Motorised Belt Brush, Rotation Sensor
Colour	Non Standard colours available upon request

The data provided in this table is intended as a general guide. Variations may occur due to project-specific requirements. For precise specifications, please consult our team.

EDDY CURRENT SEPARATORS

The advantages:

Eccentric rotor design for maximum separation force
Rare Earth Neodymium magnets for non‑deteriorating, high‑intensity performance
Variable speed conveyor for throughput optimisation
Robust sealed construction preventing material ingress
Fast belt change system (~1 hour)
Optional integrations including vibratory feeders, drum magnets, belt cleaning systems, and control panels

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EDDY CURRENT SEPARATORS

Magnet System

Rare Earth Neodymium (non-deteriorating) magnet

Our proprietary Rare Earth Neodymium magnet system is engineered for unmatched strength and durability. It delivers consistent high-performance separation, while their resistance to demagnetisation means long-term reliability without deterioration. Fewer replacements, dependable recovery, and optimal purity all delivered with confidence.

EDDY CURRENT SEPARATORS

Optional equipment

Magnapower offers a range of optional equipment to create a fully integrated separation system:

Vibratory Feeder
Drum Magnet
Continuous Belt Cleaning System
Support Platform
Control Panel
Rotation Sensor

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EDDY CURRENT SEPARATORS

Superfines Eddy Current Separator

The Superfines Eddy Current Separator captures particles as small as 1–2 mm, delivering ultra‑precise recovery for fine non‑ferrous metals. With a high‑frequency rotor and variable high‑speed conveyor, it maximises recovery rates and product purity in demanding environments.

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EDDY CURRENT SEPARATORS

Eddy Current Can Separator

The Eddy Current Can Separator efficiently separates aluminium cans from non‑metallic contaminants after ferrous cans have been removed. Its sealed belt system and motorised drive drum ensure long‑term durability and consistent aluminium purity.

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EDDY CURRENT SEPARATOR

Frequently asked questions

Explore our FAQs for clear, helpful insights and the support you need, everything in one place.

ALL FAQ’S

What does an eddy current separator do?

An Eddy Current Separator is designed to recover non‑ferrous metals such as aluminium, copper, brass, and zinc from mixed waste streams. Inside the machine, a rapidly rotating magnetic rotor creates high‑intensity, alternating magnetic fields. These fields induce electrical currents – eddy currents –within conductive metals, generating a repelling force that ejects them from the material flow.

This makes Eddy Current Separators one of the most effective technologies for non‑ferrous metal recovery in recycling. They are widely used in:

MRFs (Materials Recovery Facilities)
Plastics recycling plants
WEEE and electronic waste processing
Municipal waste and RDF/SRF production

By integrating a Magnapower Eddy Current Separator into a system recycling plants achieve high purity non‑ferrous outputs and maximise overall metal recovery.

How does an Eddy Current Separator work?

A rotor with high intensity magnetic poles rotates at high speed inside the head drum of the ECS conveyor. It induces a magnetic field into non- ferrous metals on the belt surface. These magnetically induced metals react with the magnetic field of the rotor causing them to be propelled further forward than the other material on the belt.

Can ferrous metal be separated by an Eddy Current Separator?

Ferrous metal will be held by the magnetic field of the rotor and should discharge with the non-metals or behind the flow of non-metals. However, ferrous metal heats up rapidly on the ECS rotor and will cause wear and damage to the belt and then the rotor. It is strongly recommended that ferrous metal is removed prior to material reaching the ECS belt.

How do I choose the right separator for my application?

Contact our technical team for a consultation or material testing. We’ll recommend the most efficient solution based on your material type, throughput, and separation goals.

Why do some metals get thrown further than others by an Eddy Current Separator?

This depends on conductivity, size and shape of the non-ferrous metals.
Metals which are more conductive, lighter and larger will be thrown further than metals which are less conductive and smaller. Copper and aluminium have a high conductivity and so will tend to separate well with an ECS.

Is there a minimum to the size of material that can be sorted?

Our Superfines ECS has all the features of a standard Magnapower Eddy Current Separator, it’s high intensity and higher frequency makes it suitable for material down to just 1-2mm

WHY MAGNAPOWER?

At Magnapower, innovation drives everything we do.

Our unique, proprietary magnet design delivers a highly focused magnetic force, achieving superior extraction yields and maximising metal recovery with minimal contamination.

Our continual investment in Research & Development means that Magnapower continues to be at the forefront of metal separation technology

WHY MAGNAPOWER?

Exceptional support, every step of the way.

We’re committed to delivering fast, reliable service—ensuring you get exactly what you need, when you need it. Our UK and US facilities offer sample material testing, enabling us to understand your specific challenges and recommend tailored solutions.

While our experienced service engineers are on hand to support you before, during, and after installation.

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