Eddy Current Separator in Stock at Factory Workshop

The eddy current separator is also known as an aluminum separator or metal separator. It is mainly used for separating non ferrous metals from mixed recycling materials. These photos were taken in the manufacturer’s workshop, showing several machines in stock during assembly, inspection and preparation for delivery.

For scrap metal recycling, shredded scrap sorting, municipal waste treatment and industrial waste recycling projects, the eddy current separator is commonly used as a downstream sorting machine. After crushing and magnetic separation, the remaining mixed materials may still contain valuable aluminum, copper and other non ferrous metals. The eddy current separator helps recover these metals and increases the value of the whole recycling line.

Real Factory Photos of Machines in Stock

From the workshop photos, the eddy current separators are built with an integrated machine frame, conveyor system, separation roller, protective cover, drive system and electric control cabinet. Several units are placed in the production workshop, showing that this model is a regular production machine and suitable for customers who need fast delivery or project quotation.

Compared with product renderings, real factory photos show more practical details. Customers can see the machine size, frame structure, conveyor belt position, separation area and overall assembly condition. These details are helpful for equipment selection and production line layout.

What Materials Can an Aluminum Separator Process?

In the recycling industry, the eddy current separator is often called an aluminum separator because it can separate aluminum pieces from mixed waste materials. In actual applications, the machine can also help recover copper and other non ferrous metals from suitable mixed materials.

Common materials include:

• Shredded scrap metal residue

• Aluminum and copper mixed materials

• Used beverage cans and aluminum scraps

• Waste appliance shredded materials

• Electronic waste

• Aluminum plastic mixtures

• Municipal solid waste sorting materials

• Industrial solid waste

• Automotive shredder residue

• Metal and non metal mixed materials

Used with Scrap Metal Shredding Lines

An eddy current separator is usually used together with other recycling equipment. In a scrap metal recycling line, materials are first processed by a shredder or crusher. Then magnetic separation removes ferrous metals. After that, the remaining materials can enter the eddy current separator for aluminum and copper separation.

This type of system is suitable for scrap metal processing plants, recycling stations, solid waste treatment companies and metal sorting projects. According to different materials and capacity requirements, the line can be equipped with belt conveyors, trommel screens, magnetic separators, eddy current separators and manual sorting platforms.

Main Features

• Suitable for aluminum, copper and other non ferrous metal separation

• Used for downstream sorting after scrap metal shredding

• Can work with crushers, magnetic separators and conveyors

• Compact structure and easy installation

• Several machines in stock for project selection

• Suitable for metal recycling, waste sorting and solid waste treatment

• Custom solutions available according to capacity, material size and site layout

Factory Supply and Sorting Line Solutions

These factory photos show eddy current separators in stock at the production workshop. Customers who need to check machine structure, delivery time and sorting line configuration can provide material type, feeding size, processing capacity and separation requirements for equipment selection.

The manufacturer can provide eddy current separator selection advice and complete recycling line solutions. The machine can also be matched with scrap metal crushers, twin shaft shredders, magnetic separators, conveyors and screening machines for shredded scrap metal, non ferrous metal mixtures, municipal waste and industrial solid waste recycling projects.