These systems, which can be installed over scrap conveyor belts or manufactured in drum form, enable fast and effective separation of ferrous and ferrous-attached scrap using magnets. In drum models, a vibrating feeder positioned over the magnetic drum ensures uniform material transfer, while the magnet separates the iron. This increases efficiency on the production line and safely removes unwanted iron contaminants. Designed and manufactured by our company for different capacities and material types, these systems feature robust and durable construction, providing long-lasting and reliable operation.

These are conveying and directing equipment that move shredded scrap along the scrap enrichment line. They can be designed in the desired length according to the application and requirements. The system regulates material flow, enhances production line efficiency, and provides long-lasting, reliable operation.

To minimize handling, storage, and labor loss, scrap materials are compressed into bales. Scrap baling presses can be designed and manufactured in desired bale sizes according to usage requirements and material type. This process facilitates storage and transportation, enhances production line efficiency, and provides organized scrap management. With their robust and durable construction, these presses ensure long-lasting and reliable operation.

This machine is specifically designed to remove oils from chips, burrs, and similar particles generated during the mechanical cutting or shaping of metals. The system ensures thorough cleaning of the materials, enhances post-processing quality, and supports efficiency on the production line. It can be designed according to the application and type of process, providing reliable operation.

X-Ray (X-Tay) separators are high-tech devices that measure the mass density of crushed metal pieces moving on a conveyor belt using X-rays, allowing desired metals to be separated from unwanted ones. This system ensures fast, precise, and reliable material separation, enhancing efficiency on the production line.

Metallic and non-metallic particles present in scrap or generated during the crushing process are separated by passing through the perforations on the surface of rotary drum screens. This method effectively removes unwanted particles from the material and enhances production line efficiency. Designed and manufactured by our company to suit different capacities and material types, these systems feature a durable and robust construction, ensuring long-lasting and reliable operation.

Eddy current separators are used for the effective separation of non-magnetic materials. The system operates with a magnetic drum rotating on its own axis at a specific fraction. During this rotation, eddy currents are generated on the drum, causing materials arriving at a certain speed to accelerate and be separated from other materials. This method enables fast, precise, and reliable material separation, enhancing efficiency on the production line.

The hammer mill is a high-performance system in which materials, pre-shredded to the desired size, are further pulverized by hammers until they pass through screens, separating any attached metallic or non-metallic components. The machine processes materials quickly and effectively, enhancing efficiency on the production line and providing high precision in the separation process. Its robust design ensures long-lasting service life.

Single-shaft shredders stand out as high-performance machines designed for the size reduction and shredding of scrap materials. Scrap is directed toward specially designed blades on the shaft by a hydraulic pressing system and reduced to sizes that can pass through screens. This ensures materials are processed more efficiently and quickly on the production line. The machine operates safely with a PLC-controlled system, with pressures continuously monitored. Blades are easily replaceable and designed for full surface utilization. Its robust and durable construction provides long-lasting and reliable performance. Our company designs and manufactures these machines according to different material types, capacities, and desired particle sizes.

Double-shaft shredders, designed in different models according to material type, desired particle size, and capacity, are widely used for pre-shredding baled or compacted scrap in scrap processing lines. By effectively distributing compacted scrap, materials are processed more efficiently and quickly in subsequent units of the line, thereby enhancing the efficiency and performance of the separation system. Additionally, materials can be reduced to the desired size according to process requirements, making them suitable for production.