Top 10 Eddy Current Separator Manufacturers in the World 2026
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Are you looking for reliable and high-performance Eddy Current Separators? Do you need an efficient metal separation solution for recycling, waste processing, mining, plastics, or non-ferrous metal recovery? Or are you looking for an experienced manufacturer capable of providing customized eddy current separation systems for your specific production line?
If the answer is yes, then choosing an experienced global manufacturer is essential. Leading Eddy Current Separator manufacturers combine advanced magnetic technology, precise engineering, reliable separation performance, and customized solutions to help businesses efficiently recover non-ferrous metals such as aluminum, copper, and brass while improving material purity and recycling efficiency. Below, we present the Top 10 Eddy Current Separator Manufacturers in the World 2026 to help you quickly compare leading suppliers and find the right partner for your application.
The List of Eddy Current Separator Brands in the World
| Company | Eddy Current Separator Product Highlights |
|---|---|
| 1. STEINERT | Offers the EddyC series, including fine-particle, mobile, and aluminum can separation solutions for demanding recycling applications. |
| 2. MAG SPRING | Provides customized Eddy Current Magnetic Separators for recovering conductive non-ferrous metals such as aluminum and copper. |
| 3. WENDT CORPORATION | Features MagPro and Ellipto Eddy Current Separator systems designed for high-volume scrap processing and non-ferrous metal recovery. |
| 4. Bunting Magnetics | Provides HIFE, HIE, HIC, and ECO Eddy Current Separators covering fine particles to larger mixed recyclable materials. |
| 5. Goudsmit Magnetics | Offers EddyXpert and EddyFines systems for coarse, medium-fine, and very fine non-ferrous metal separation. |
| 6. Magnapower Equipment | Provides multiple ECS belt widths along with Superfines and can-separation solutions for non-ferrous metal recovery. |
| 7. LONGi Magnet | Supplies large-scale Eddy Current Separators and customized systems for recycling, mining, and high-capacity material processing. |
| 8. Nippon Magnetics | Offers ALS-L, ALS-S, and compact Eddy Current Separator systems for recovering aluminum and other conductive non-ferrous metals. |
| 9. IFE Aufbereitungstechnik | Combines INPx, ENOS, and NANOS Eddy Current Separators with feeding and screening technology for fine and complex material streams. |
| 10. Multotec | Integrates Eddy Current Magnetic Separators with mineral-processing and metal-recovery systems for demanding industrial applications. |
1. STEINERT (Germany)
Company Name: STEINERT
Founded: 1889
Headquarters: Cologne, Germany
Main Eddy Current Separator Products:
- STEINERT EddyC
- STEINERT EddyC FINES
- STEINERT EddyC MOVE
- STEINERT CanMaster
Company Overview: Founded in 1889 in Cologne, Germany, STEINERT has more than 130 years of experience in separation technology and has evolved from an electromagnetic equipment pioneer into a global supplier of magnetic and sensor-based sorting systems. The company operates internationally with subsidiaries and distribution partners across major recycling and raw-material markets, supported by its own development capabilities and large test and development facilities. In Eddy Current Separator production, STEINERT focuses on application-specific eccentric magnetic pole systems and offers working widths from 500 to 2,500 mm. Its STEINERT EddyC FINES is designed for especially fine non-ferrous fractions from approximately 0.5 to 10 mm, while the EddyC MOVE combines mobile processing with ferrous and non-ferrous separation. STEINERT also provides application-specific chutes, transfer units, controllers, splitter solutions, testing, system integration, and technical support for demanding recycling applications.
Suitable Customer Groups: Recycling plants, municipal solid waste processors, e-waste recyclers, scrap metal processors, incinerator bottom ash processors, automotive recycling companies, aluminum recovery plants, and large-scale material recovery facilities.
2. MAG SPRING (China)
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Company Name: MAG SPRING®
Founded: 2003
Headquarters: Ningbo, Zhejiang, China
Factory Area: 20,000 m²
Main Eddy Current Separator Products:
- Eddy Current Magnetic Separator
- Customized Eddy Current Separator
- Non-Ferrous Metal Recovery Eddy Current Separator
- Application-Specific Eddy Current Separation Systems
Company Overview: Founded in 2003, MAG SPRING® is a China-based manufacturer of industrial magnets and magnetic separation equipment with more than 20 years of manufacturing experience. As a subsidiary of SOUWEST MAGNETECH®, the company operates a 20,000 m² manufacturing facility and has more than 25 professional engineers, 100+ product series, 3,000+ clients, and 25+ patents. MAG SPRING positions itself as an experienced magnetic technology and manufacturing partner, with a strong focus on customized magnetic solutions. In the Eddy Current Separator field, MAG SPRING provides Eddy Current Magnetic Separators designed to recover non-ferrous conductive metals such as aluminium and copper from non-metallic materials. Its Eddy Current Separator solutions can be customized according to the required size, configuration, magnetic strength, and application conditions. The company also provides consultation, product customization, installation assistance, operator training, troubleshooting, and ongoing technical support, making it suitable for recycling and industrial material separation projects.
Suitable Customer Groups: Scrap metal recyclers, MRFs, waste recycling plants, aluminum recovery facilities, e-waste recyclers, plastics recycling companies, industrial waste processors, mining and mineral processing companies, and recycling system integrators.
3. WENDT CORPORATION (USA)
Company Name: WENDT CORPORATION
Founded: 1977
Headquarters: Buffalo, New York, USA
Main Eddy Current Separator Products:
- WENDT/MagPro Ellipto R
- WENDT/MagPro Ellipto
- WENDT/MagPro D15 Eddy Current Separator
- WENDT/MagPro Ultra Fines Eddy Current Separator
Company Overview: Founded in 1977 by Thomas A. Wendt Sr., WENDT CORPORATION has nearly five decades of experience serving the scrap metal recycling industry. The company has grown from a small family business into a global manufacturer and systems integrator specializing in shredding, separation, and complete recycling plants. WENDT's strength in Eddy Current Separator technology is closely connected to its expertise in high-volume scrap processing and non-ferrous metal recovery. Its WENDT/MagPro Ellipto R uses an elliptical conveyor and a high-speed magnetic rotor to improve non-ferrous separation quality, while the company's MagPro technology portfolio also includes solutions for fine non-ferrous fractions. WENDT provides more than individual separators, offering material testing, process engineering, complete plant design, system integration, installation, commissioning, aftermarket parts, and technical service.
Suitable Customer Groups: Automobile shredders, scrap metal recycling plants, non-ferrous metal recovery facilities, e-scrap processors, waste-to-energy plants, MRFs, large recycling companies, and customers requiring complete recycling systems.
4. Bunting Magnetics (USA / UK)
Company Name: Bunting Magnetics
Founded: 1959
Headquarters: Newton, Kansas, USA; European headquarters in Redditch, England
Main Eddy Current Separator Products:
- High-Frequency Eccentric (HIFE) Eddy Current Separator
- High-Intensity Eccentric (HIE) Eddy Current Separator
- High-Intensity Concentric (HIC) Eddy Current Separator
- Eco Concentric (ECO) Eddy Current Separator
Company Overview: Founded in 1959, Bunting Magnetics is a family-owned magnetic technology manufacturer with more than six decades of engineering and manufacturing experience. Its North American headquarters is in Newton, Kansas, while its European headquarters is in Redditch, England, supported by manufacturing, sales, engineering, parts, and service operations in multiple locations. Bunting's Eddy Current Separator range is differentiated by its four main configurations: HIFE for very fine non-ferrous particles, HIE for fine fractions, HIC for larger mixed recyclable streams, and ECO for general household and commercial waste. The company uses application-specific rare-earth rotors, adjustable belt and rotor speeds, quick-change belt systems, and customized support structures. Bunting also provides material testing, application engineering, system integration, spare parts, and field service.
Suitable Customer Groups: Scrap metal recyclers, MRFs, e-waste processors, plastics recyclers, glass recyclers, auto shredders, municipal recycling facilities, waste processors, and industrial recycling plants.
5. Goudsmit Magnetics (Netherlands)
Company Name: Goudsmit Magnetics
Founded: 1959
Headquarters: Waalre, Netherlands
Main Eddy Current Separator Products:
- EddyXpert 12-Pole Eddy Current Separator
- EddyXpert 22HI Eddy Current Separator
- EddyFines 38HI Eddy Current Separator
- Eddy Current Separation Systems with integrated feeder modules
Company Overview: Founded in 1959 and headquartered in the Brainport region of the Netherlands, Goudsmit Magnetics has more than 65 years of experience in developing, manufacturing, and supplying magnetic components and industrial magnetic systems. The company maintains in-house engineering, production, and service capabilities and operates internationally through multiple facilities and distribution partners. In Eddy Current Separator technology, Goudsmit places particular emphasis on precise non-ferrous recovery from difficult material streams. The EddyXpert uses 12-pole and 22HI rotor configurations for coarse to medium-fine fractions, while the high-intensity 38HI EddyFines is designed for very small and difficult-to-separate non-ferrous particles. Goudsmit can also combine feeders, ferrous pre-separation, conveyors, splitters, and customized magnetic configurations to create complete separation systems.
Suitable Customer Groups: Incinerator bottom ash processors, glass recycling plants, plastics recyclers, e-waste processors, metal recyclers, casting plants, sand and gravel processors, and customers recovering fine non-ferrous metals.
6. Magnapower Equipment (UK)
Company Name: Magnapower Equipment
Founded: 1992
Headquarters: Bromsgrove, Worcestershire, UK
Main Eddy Current Separator Products:
- Magnapower ECS600–ECS1500
- Magnapower ECS2000–ECS2500
- Superfines Eddy Current Separator
- Eddy Current Can Separator (ECCS)
Company Overview: Founded in 1992, Magnapower Equipment is a UK specialist in magnetic and metal separation technology with more than 30 years of engineering experience. The company strengthened its capabilities through the integration of Hi-Flux Magnets Ltd in 2004 and has continued to focus on high-performance separation systems for demanding recycling applications. Magnapower's Eddy Current Separator range uses proprietary rare-earth neodymium magnet systems and high-frequency eccentric rotors to recover non-ferrous metals such as aluminium and copper. Its standard ECS range covers multiple effective belt widths, while the Superfines model is designed for particles as small as 1–2 mm and the Eddy Current Can Separator focuses specifically on aluminium can recovery. Magnapower also provides material testing, customized equipment, vibratory feeders, drum magnets, support platforms, control panels, installation, spare parts, repairs, and refurbishment services.
Suitable Customer Groups: MRFs, WEEE recycling plants, scrap metal recyclers, waste-to-energy facilities, plastics recyclers, aluminum recovery plants, cable recyclers, salt slag processors, and recycling system integrators.
7. LONGi Magnet (China)
Company Name: LONGi Magnet
Founded: 1993
Headquarters: Shenyang, Liaoning, China
Factory Area: Approximately 180,000 m²
Main Eddy Current Separator Products:
- Concentric Eddy Current Separator
- Eccentric Eddy Current Separator
- High-Intensity Eddy Current Separator
- Customized Eddy Current Separation Systems
Company Overview: Founded in 1993, LONGi Magnet has more than 30 years of experience in industrial magnetic equipment manufacturing. The company reports more than 900 employees, a manufacturing footprint of approximately 180,000 m², operations serving more than 70 countries, and extensive R&D and patent capabilities. LONGi has developed a broad magnetic equipment portfolio covering mining, mineral processing, recycling, and material handling. Its Eddy Current Separator technology is specifically used for recovering conductive non-ferrous metals from mixed material streams, with concentric and other rotor configurations available for different particle sizes and applications. LONGi's large manufacturing scale is particularly suited to high-capacity projects where customers need equipment sizing, engineering support, process integration, commissioning, and customized magnetic separation solutions.
Suitable Customer Groups: Large recycling plants, mining companies, mineral processors, scrap metal recyclers, MSW facilities, bottom ash processors, industrial waste processors, and EPC contractors requiring high-capacity separation equipment.
8. Nippon Magnetics (Japan)
Company Name: Nippon Magnetics, Inc.
Founded: 1943
Headquarters: Dazaifu, Fukuoka, Japan
Main Eddy Current Separator Products:
- ALS-L Series Eddy Current Separator
- ALS-S Series Eddy Current Separator
- Eddy Current Separator / Compactor Model 1
- Eddy Current Separator / Compactor Model 2
Company Overview: Nippon Magnetics traces its history to 1943, when Haramaki Iron Works was established in Japan, and began manufacturing and selling magnetic products in 1947. The magnetic division became Nippon Magnetics in 1983, while the current integrated Nippon Magnetics organization was established in 2001. The company has decades of experience developing magnetic and electromagnetic application equipment for food, powder processing, recycling, and industrial applications. Its Eddy Current Separator technology uses high-energy permanent magnets inside high-speed drums to generate electromagnetic induction and repel conductive non-ferrous metals such as aluminium, copper, brass, and magnesium. The ALS-L Series is designed for standard applications, while the ALS-S Series targets smaller objects and can be combined with a vibration feeder for stable feeding. Nippon Magnetics also offers compact Eddy Current Separator and compactor systems for customers with limited installation space and smaller processing volumes.
Suitable Customer Groups: Recycling companies, aluminum recovery facilities, small-volume recyclers, resource recovery plants, food and powder processors, industrial manufacturers, and customers requiring compact non-ferrous separation systems.
9. IFE Aufbereitungstechnik (Austria)
Company Name: IFE Aufbereitungstechnik GmbH
Founded: 1947
Headquarters: Waidhofen an der Ybbs, Austria
Factory / Production Information: IFE reports more than 20,000 machines produced and more than 70 years of experience in bulk-material processing.
Main Eddy Current Separator Products:
- IFE INPx VIOS Eddy Current Separator
- IFE INPx STRATOS Eddy Current Separator
- IFE ENOS Eddy Current Separator with Eddy Current Bar
- IFE NANOS Eddy Current Separator
Company Overview: Founded in 1947 as an institute for research and development, IFE has developed into a specialist manufacturer of vibratory conveying, screening, and magnetic separation equipment. Its current headquarters and production site are located in Waidhofen an der Ybbs, Austria, and the company reports more than 115 employees and over 20,000 machines produced. IFE entered Eddy Current Separator technology in 1999 and significantly expanded its portfolio in 2018. Today, the company manufactures six different Eddy Current Separator types covering centric, eccentric, and eddy-current-bar configurations, with separation capability down to approximately 1 mm for suitable materials. IFE's major strength is combining Eddy Current Separator technology with its own vibratory feeders and screening equipment. The company provides tailor-made engineering, material testing, process integration, customized splitters, feeding solutions, automation, and complete bulk-material handling systems.
Suitable Customer Groups: Recycling plants, scrap processors, WEEE recyclers, incinerator bottom ash processors, plastics recyclers, construction waste processors, steel and metal plants, cement manufacturers, and bulk-material processing companies.
10. Multotec (South Africa)
Company Name: Multotec
Founded: 1973
Headquarters: Johannesburg, South Africa
Main Eddy Current Separator Products:
- Eddy Current Magnetic Separators
- Wet Drum Magnetic Separators
- Dry Drum Magnetic Separators
- Magnetic Pulley Separators
Company Overview: Founded in 1973 in South Africa, Multotec has more than 50 years of experience in mineral processing equipment and process engineering. The company has grown into a global supplier active in approximately 100 countries, with more than 1,800 employees and manufacturing and engineering capabilities serving major mining operations worldwide. Multotec's positioning is strongly focused on mineral processing and harsh industrial environments, and its magnetic separation portfolio includes Eddy Current Magnetic Separators alongside wet and dry magnetic separation technologies. The company's advantage is its ability to integrate magnetic separation into broader mineral-processing flowsheets rather than supplying isolated equipment. Multotec provides process engineering, 3D design, FEA, pilot testing, online test work, equipment customization, plant audits, condition monitoring, maintenance support, and lifecycle engineering services.
Suitable Customer Groups: Mining companies, mineral processing plants, metal recovery operations, heavy industrial recyclers, slag processors, mineral sands producers, EPC contractors, and large-scale plants operating in demanding environments.
FAQs
1. Why is my Eddy Current Separator not achieving the recovery rate promised by the manufacturer?
Actual recovery can be lower when the feed is uneven, overloaded, too thick, too wet, or contains a wide range of particle sizes. Material buildup, poor particle liberation, incorrect belt or rotor speed, and improper splitter positioning can also reduce performance. Research shows that overfeeding, feed surges, uneven feeding, material buildup, splitter wear, and incomplete liberation can significantly affect ECS performance. To solve the problem, first stabilize the feed layer and throughput, then optimize rotor speed, belt speed, and splitter position before assuming that the magnetic system itself is inadequate. :contentReference[oaicite:0]{index=0}
2. Can an Eddy Current Separator effectively separate small non-ferrous metal particles?
Yes, but fine-particle separation is more challenging than separating larger particles. Separation performance depends strongly on particle size, conductivity, density, magnetic pole arrangement, rotor speed, and feed conditions. Instead of asking only for the manufacturer's minimum particle size, buyers should provide their actual fine-particle fraction for testing and ask for measured recovery and purity at that size. Scientific studies confirm that particle size has a significant effect on ECS performance and that separator parameters need to be optimized for fine materials. :contentReference[oaicite:1]{index=1}
3. How can I improve both Eddy Current Separator recovery and product purity?
Recovery and purity usually involve a trade-off, so the correct settings depend on your commercial objective. If maximum recovery is the priority, the splitter can be adjusted to capture more metal, although the recovered fraction may contain more non-metallic material. If high-purity metal is more important, some metal loss may be acceptable. Start with a defined target, such as minimum recovery and minimum purity, then optimize feed rate, belt speed, rotor speed, and splitter position using actual test data rather than relying on a single advertised efficiency figure. :contentReference[oaicite:2]{index=2}
4. Can an Eddy Current Separator handle wet or sticky materials?
It can handle some wet materials, but moisture and stickiness can significantly affect feeding and separation performance. Wet material may build up on the conveyor, splitter, or other components and can prevent the feed from forming a uniform layer. This is especially important when processing bottom ash and other moisture-variable waste streams. If your material is wet or sticky, provide the manufacturer with its typical moisture range and ask for application testing under representative conditions rather than relying on tests performed with dry material. Studies on bottom ash have found that very wet feed can reduce ECS metal recovery. :contentReference[oaicite:4]{index=4}
5. How can I maintain stable Eddy Current Separator performance at high throughput?
Do not evaluate capacity only by the maximum tons-per-hour figure. Increasing feed speed or throughput can reduce separation efficiency if the material becomes overloaded or poorly distributed across the belt. Maintain a consistent feed layer, avoid sudden feed surges, select an appropriate belt width, and optimize belt and rotor speeds for the target material. When requesting a quotation, ask the manufacturer for the expected recovery and purity at your required throughput, not just the machine's maximum processing capacity. Research on e-waste separation has shown that excessive feeding speed can reduce separation efficiency. :contentReference[oaicite:5]{index=5}
Conclusion
Eddy Current Separators are the backbone of modern non-ferrous metal recovery. By understanding the physics of induced eddy currents, the differences between concentric and eccentric designs, and how to properly specify equipment based on material characteristics, recycling operations can dramatically increase their profitability and sustainability. Selecting the right manufacturer—from global leaders like STEINERT to regional specialists like Nippon Magnetics—ensures that your plant operates at peak efficiency for years to come.
