• Has a high magnetic field range adapted to 24/7 continuous the operation
• Adaptable to any belt conveyor
• Structure that provides long service life of magnet separator
• Optimum adaptation to conveyor bandwidth and speed
• Feeding conveyor in desired lengths
• Easily replaceable cutting blades

Magnetic and Electromagnetic Metal Separators designed for continuous operation;
The central magnet creates the magnetic field for the waste stream in the conveyor belt. Ferrous materials magnetized with opposite polarity are attracted by the magnet and thus removed from the waste stream. The separator’s removal belt is equipped with transverse wedges that push the drawn ferrous metal towards the discharge point. Here, the intensity of the magnetic field gradually decreases, facilitating metal oscillation. The gravitational force of the separator varies depending on many factors such as:

The type of Fe material to be removed;
Shape and size of Fe metals (cylindrical/spherical/flat);
Weight/volume ratio of Fe metals to be extracted;
The ratio between the size of the inert treatment material and the size of the Fe metal;

An on-band electromagnetic separator is typically mounted or suspended on a conveyor belt or vibrating feeder. It can be mounted diagonally (across) or parallel (in-line) to the material flow below.

Magnetic and Electromagnetic Metal Separator for metal separation applications;
On-band magnets are suspended on conveyors to separate ferrous metal. Available as permanent magnet and electromagnetic designs. Recent investments in manufacturing techniques and magnet technology have allowed us to offer the most comprehensive range of on-band magnetic separators with the highest performance levels. There are two types of permanent magnets that create magnetic fields of different intensities.

Overall, Magnetic Metal Separator models are quite flexible. Metal Separator, Scrap Metal Separator, Electromagnetic Metal Separator, Electromagnetic Scrap Metal Separator, etc. it can be used in many different recycling applications such as.

Ferrite Magnets;
They offer greater depth of field and work efficiently even at great distances from the conveyor belt. They are typically used when the size of the wrought ferrous material to be separated is over 30 mm. It has the best ratio of quality and price.

Neodymium Magnets;
They are significantly stronger than Fe magnets and therefore guarantee maximum induction for removing ferrous materials. They work best when running short distances from the conveyor belt. Their use is recommended when the wrought ferrous material to be mined is of smaller size.

Advantages of Magnetic Metal Separator;
Permanent magnetic on-belt metal separators and electromagnetic metal separators are used to remove unwanted metals from conveyors. On-band metal separators; It consists of main magnetic block, on-band separator, band ring, motor and magnetic insulated steel chassis. The steel chassis of the MS and EMS series magnetic separators is magnetically insulated and does not attract unwanted metals. It is produced in different capacities depending on the application.


What are the features of the Electromagnetic Metal Separator?
Strap-on type design
Options with manual or automatic cleaning
Magnetic magnet with high range and magnetic field strength
Low operating cost, permanent magnet does not consume electrical energy
Removal of large pieces of Fe metal (weight 1-50/60 Kg)
Working with process materials of larger sizes (more than 250 mm)
It is mounted on wider (more than 1,000 mm) and faster (4 m/sec) conveyor belts