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Protection of Natural Resources
Magnetic metal separator helps preserve natural resources with recycled metals.
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Energy Efficiency
Magnetic metal separator reduces operating costs and environmental impact with low energy consumption.
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Flexible Use
Magnetic metal separators offer flexible use in different industries such as recycling, mining, automotive and waste management.
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Can Separate Different Types of Metals
Magnetic metal separator can effectively separate metal scraps of various types and sizes.
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Environmental Sustainability
The magnetic metal separator contributes to environmental sustainability and preserves natural resources with recovered metals.
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Low Maintenance Cost
Magnetic metal separator reduces operating costs and increases efficiency thanks to its low maintenance requirement.
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Durable and Long Lasting
Magnetic metal separator offers long-lasting use with its robust structure and durable components.
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Increases Recycling Rates
The magnetic metal separator optimizes recycling rates by increasing the recovery of metal materials.
Fast and Effective Parsing
Magnetic metal separator separates metal materials quickly and effectively, speeding up production processes.
Flawless Protection in Industrial Production: Belt-Mounted, Drum, and Electromagnetic Metal Separators
In recycling, mining, and heavy industrial facilities, unwanted iron and steel particles seeping into the raw material flow are a major hidden threat to profitability. Protecting your machinery, especially mechanically precise and high-investment equipment such as your own high-torque shredder systems or high-capacity mobile and stationary presses, from irreparable damage is a fundamental requirement for uninterrupted production.
Minimizing hours of downtime and heavy maintenance costs caused by even a single stray piece of metal entering your line is possible with a completely process-specific magnetic separation technology. Depending on your plant's production capacity, operational speed, and the density of bulk material on the conveyor belt, three key technologies that make a difference in the industry stand out:
Belt-mounted metal separators create a standard, economical, and continuous protective shield on conveyor lines.
Magnetic Drum Separators offer micron-level precise purification and fully automated, continuous cleaning in free-flowing granule processes.
Electromagnetic Metal Separators (EMS) are the invincible force of heavy industry, capable of penetrating to the deepest parts of thick piles and extracting massive masses of metal.
To determine the system that best meets the challenging conditions of your business, and to thoroughly examine the separation dynamics and the value these technologies add to machine lifespan, you can review the detailed model analyses at the bottom of our page. Continue reading our comprehensive technical guide below to discover the most suitable separator investment that will fully protect your facility against unexpected failures and maximize your final product quality.
What is MS-Band Top Metal Separator?
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The MS-Belt Mounted Metal Separator is an industrial magnetic separator that attaches to conveyor belts (perpendicular to the flow direction or parallel to the discharge point) and captures ferromagnetic (iron-based) metals within bulk material. Unlike electromagnetic systems, they do not require electrical energy to generate a magnetic field. They derive their power from high-quality permanent (natural) Neodymium or Ferrite magnets within them. This ensures that their magnetic strength does not decrease over time and they operate with the same performance as on the first day for many years.
How does it work?
The operating principle of MS series belt separators is based on a strong magnetic attraction and an automatic discharge mechanism:
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Magnetic Trapping: Unwanted iron particles within the rapidly flowing material (plastic, wood, glass, rubble, etc.) on the conveyor belt are strongly pulled upwards the moment they enter the deep magnetic field created by the separator.
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Automatic Stripping: Around the main body of the separator, a durable, usually studded (tracked) rubber belt rotates continuously via an electric motor. Iron fragments that are thrown upwards adhere not directly to the magnet, but to the surface of this rotating belt.
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Removal from the Line: As the stripper belt continues to rotate, it carries the captured metals away from the area affected by the magnetic field.
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Discharge: Metals that reach the point where the magnetic field ends are released and automatically fall into a waste chute or collection hopper located on the side of the main conveyor line.
Why Choose MS-Band Top Metal Separators?
An MS series separator, when integrated into existing production lines, provides businesses with significant operational advantages:
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Zero Energy Cost (for Magnetic Field): The system's immense magnetic power comes from permanent magnets, so there is no energy consumption. Only the small geared motor that rotates the scraper belt requires a minimal amount of energy.
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Maximum Machine Protection: Especially in bottle collection and glass recycling projects, wood chipping lines, or hard plastic crushing processes, it prevents blade breakage and protects press mechanisms against wear. It minimizes machine downtime.
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Continuous and Automated Cleaning: Unlike standard magnetic sheets that require manual cleaning, its self-cleaning belt structure makes it perfect for facilities operating 24/7. There's no need for manual labor or line downtime.
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Easy and Fast Integration: There is no need to cut or make major revisions to the existing conveyor system. Using suitable chassis and tensioning chains, it is easily attached to the belt and put into operation immediately.
Main Areas of Application
Thanks to their compact design and robust construction, MS-Band Mounted Metal Separators are a standard requirement in almost every branch of industry:
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Recycling Facilities: Glass bottle, plastic, paper, electronic waste (WEEE), and wood recycling lines.
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Mobile and Stationary Crushing and Screening Plants: Designed to protect crushers used in construction demolition waste (rubble) and excavation operations.
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Foundries and Slag Processing: In sand preparation plants or for separating metals from slag.
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Cement and Clinker Production: As the last safety point on raw material conveyor belts before entering crushers and mills.
MS-Belt Mounted Metal Separators are custom-designed according to the height and density of the material flowing on the conveyor. When the suspension height, belt speed, and characteristics of the transported material are correctly calculated, your company's production quality will increase while maintenance costs will decrease dramatically.
Reliable Separation in Production Lines with Magnetic Metal Separators
Magnetic Metal Separator Performance and Efficiency
Fast and Effective Parsing
Magnetic metal separator separates metal materials quickly and effectively, speeding up production processes.
Durable and Long Lasting
Magnetic metal separator offers long-lasting use with its robust structure and durable components.
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Low Maintenance Cost
Magnetic metal separator reduces operating costs and increases efficiency thanks to its low maintenance requirement.
Protection of Natural Resources
Magnetic metal separator helps preserve natural resources with recycled metals.
What is an EMS (Electromagnetic Metal Separator)?
Magnetic metal separator and electromagnetic metal separator systems play a critical role in the separation of metal particles in industries such as recycling, mining and waste management. Magnetic drum separators efficiently separate metal particles using powerful neodymium magnets or ceramic magnets. Electromagnet separators attract metal particles with an electromagnetic field and direct them into a separate bin, thus achieving high efficiency.
Magnetic metal separator and electromagnetic metal separator have different separation capacities depending on the size and density of the material to be transported. Energy consumption varies depending on the technology used and the size of the device. Magnetic metal separator and electromagnetic metal separator are manufactured from wear-resistant and durable materials, which ensures long-lasting use. The adjustable separation speed is an important advantage that increases production efficiency.
Magnetic drum separator and electromagnet separator make the transportation and separation of metal parts safe and efficient, while also contributing to environmental sustainability. Magnetic separator is widely used in recycling facilities to separate metals from materials such as plastic, glass, paper, while electromagnetic metal separator plays a major role in the processing of ores in the mining industry.
Magnetic drum separator and electromagnet separator provide operational advantages to businesses by increasing work safety in production lines. Magnetic metal separator, which can be integrated with magnetic separators and magnetic conveyor belts, provides long-term cost advantages with its durable structures and low maintenance requirements. Metal separator prices and magnetic separator prices vary depending on the size of the device and the technologies used.
Magnetic Drum Separator: Seamless and Powerful Solutions for Industrial Separation
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The use of magnetic drum separators is critical for maintaining product purity and ensuring equipment safety in industrial production lines. These systems, which separate ferrous particles from continuously flowing bulk materials with high efficiency, maximize raw material quality while reducing operational costs.
What is a Magnetic Drum Separator and How Does it Work?
The magnetic drum consists of a rotating stainless steel casing on the outside and a powerful, stationary block of magnet on the inside. When material is poured onto the drum;
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Non-metallic materials: Unaffected by the magnetic field and discharged directly via natural flow.
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Ferromagnetic Metals: Attracted to the drum surface by a strong magnetic field and transported in the direction of rotation, they are automatically deposited into a separate container at the point where the magnetic field ends.
This automatic cleaning separator mechanism allows for 24/7 uninterrupted operation without the need to stop the line.
Advantages of Magnetic Drum Separators
Here are the main reasons why businesses should choose magnetic separator drums:
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High Separation Efficiency: Provides precise cleaning across a wide range of particles, from the finest dust particles to large metal fragments.
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Low Maintenance Requirements: Thanks to its permanent magnet structure, energy consumption is low (close to zero in non-electromagnetic models) and mechanical wear is minimal.
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Raw Material Protection: Protects expensive machinery such as crushers, grinders, or extruders from damage caused by metal fragments that may get trapped.
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Customizable Design: Can be manufactured with Neodymium magnets (high magnetic force) or Ferrite magnets to suit your needs.
Areas of Use and Industrial Applications
Magnetic drum separators are standard equipment in many sectors thanks to their versatile design:
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Recycling Facilities: Recovery of metals from waste plastics, glass, paper, and rubber.
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Mining and Aggregates: Protection of ore beneficiation processes and conveyor lines.
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Food and Chemistry: Removal of metal contamination from products in powder or granular form.
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Wood and Forestry Products: Separation of metal parts in sawdust and wood chip production.
Advantages of Magnetic Drum Separators
Magnetic drum prices vary depending on the drum's diameter, width, the type of magnet used (high magnetic force capacity), and the specifications of the chassis it will be integrated into. You can get support from our expert engineering team to determine the most suitable metal separator prices according to your plant's capacity and the density of the material to be separated.
For maximum efficiency, drum speed and feed rate must be optimized according to the material properties.
Uninterrupted Power of Industrial Production: Magnetic Metal Separators
In heavy-duty industries such as industrial production, recycling, and mining, the biggest hidden danger threatening process efficiency is "stray" metals mixed into raw materials. Bolts, nuts, wire fragments, or broken machine teeth that seep into the material being transported on conveyor belts or poured from silos cause irreparable mechanical damage and downtime later in the production line. This is where magnetic metal separators come into play; they are the most critical industrial safety systems that protect the machinery that forms the heart of your plant and guarantee the purity of the final product.
What is a Magnetic Metal Separator?
Magnetic metal separators are industrial separation equipment that use strong magnetic fields to detect ferromagnetic (iron-based) particles mixed in free-flowing bulk materials (plastic granules, wood chips, mineral ores, grains, etc.) and automatically remove them from the production line. These systems are custom-designed to the plant's capacity, utilizing either naturally occurring permanent magnets (high-attraction Neodymium or Ferrite) or electromagnetic coils that generate immense magnetic force through electric current.
Why is it a critical investment for businesses?
A properly integrated metal sorting system in your production line is not just a safety measure; it's also a strategic move that delivers a return on investment (ROI) within months.
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Maximum Machine Protection: High-torque shredders, precision blade crushers, mills, and presses are extremely vulnerable to metal damage. Separators remove these heavy masses before they reach the machines, preventing tens of thousands of dollars in repair and replacement costs.
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Product Purity and Quality Standard: Especially in the food, chemical, and plastics industries, the final product must be completely free of metal dust. Micronized separators bring product purity close to 100%, preventing quality returns and customer complaints.
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Uninterrupted Production with Zero Downtime: Production line stoppages due to manual cleaning or machine malfunctions are a major cost item for a facility. Thanks to automatically cleaning separator models, the production line continues to operate at full capacity 24/7 without interruption.
Prominent Types of Magnetic Metal Separators in Industry
Depending on the plant's process, material density, and desired separation quality, three main metal separator technologies are preferred:
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Belt-Mounted Metal Separators: These are practical, long-lasting, and economical systems that are suspended above conveyor belts and remove metals from the bulk material flowing along the belt.
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Magnetic Drum Separators: These systems are integrated into the material discharge points, offer a continuous cleaning cycle thanks to their rotating casing, and provide high precision, especially with fine granular/powdery products.
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Electromagnetic Metal Separators (EMS): These are heavy-duty industrial systems used in conveying lines where very thick and heavy material piles are transported, such as in mines and coal facilities, penetrating depths inaccessible to permanent magnets and capturing massive masses of iron.
In which sectors is it used?
Magnetic separators have a wide range of applications in almost every branch of industry:
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Recycling: Wood, plastic, glass, rubble, and electronic waste (WEEE) processing facilities.
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Mining and Quarrying: Protection of primary crushers in crushing and screening plants.
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Plastics and Rubber: Separating wire and steel particles from crushed materials.
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Food and Agriculture: Ensuring food safety (HACCP) standards in flour, sugar, grain, and legume silos.
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Energy: Cleaning coal conveyor belts in thermal power plants.
Regardless of your production line capacity or the material you process, using a magnetic metal separator engineered to suit your process means not leaving your plant's efficiency to chance. The right investment will pay off for your business in the form of trouble-free production, long-lasting machines, and high-quality end products.
Magnetic Metal Separator
Technical Specifications
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Metal Separator Series: Standard Equipment Features
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High-Strength Steel Construction: A robust chassis design that provides maximum resistance to the harsh working conditions, impacts, and abrasion of recycling and heavy industrial facilities.
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Easy Integration Infrastructure: Quick and safe installation without requiring extensive revisions to your existing conveyor lines and material discharge points at your facility.
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Continuous Machine Protection: A standard safety architecture that provides 24/7 protection against metal-related mechanical damage to critical machinery such as high-torque shredders, crushers, and mobile presses.
Industrial Metal Separator Models
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MS-Belt Mounted Metal Separator: Suspended systems that provide continuous and economical protection, fully compatible with conveyor belt widths between 500 – 1000 mm, and with motor power options of 0.75 – 4 kW depending on material density.
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MTS Drum Metal Separator: Rotary systems with 0.55 – 2.2 kW drive motors, offering micronized-precision separation of granular/powder products with drum diameter options of Ø 300 – 1000 mm and working width options of 300 – 1000 mm.
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EMS Electromagnetic Metal Separator: Heavy-duty industrial systems with 1.1 – 5.5 kW motor power, designed for heavy-tonnage lines 500 – 1000 mm wide, capable of penetrating to the bottom of thick material piles and removing massive iron masses.
Optional Features and Configurations
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Automatic Lubrication Unit: Automation support maximizes the lifespan of moving parts, bearings, and belt mechanisms, minimizing periodic maintenance times and labor costs.
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Production in Different Capacities: Custom size and capacity options that can be optimized on a project basis according to your facility's daily processing tonnage, pouring rate, and non-standard conveyor dimensions.
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Manual or Automatic Cleaning Systems: Depending on the estimated metal density in your line and your operational preferences, you can choose between autonomous (self-cleaning belt) or periodically manual cleaning mechanisms.
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Electromagnetic Metal Separator Infrastructure: Electromagnetic coil technology that can be integrated into the system specifically for heavy-duty projects where permanent magnets may be insufficient, or for requirements involving magnetic power that can be switched on and off as needed.
Magnetic Metal Separator Video
Watch videos of magnetic metal separators to see how ferrous and non-ferrous metals are effectively separated. Equipped with powerful magnets, these separators are ideal for recycling plants, industrial waste sorting lines, and scrap processing systems, operating with high performance and low energy consumption. Automatic operation, long lifespan, and stainless steel construction enhance efficiency.