Project Overview
Real factory workshop photos show the preparation of a 600 scrap crusher, 800 baled scrap shredder, material collector and eddy current separator for baled scrap and scrap metal recycling applications.
A new group of scrap metal recycling machines is now being prepared in our factory workshop. The machines shown in these real photos include a 600 scrap crusher, an 800 baled scrap shredder, a material collector and an eddy current separator. All photos were taken directly in the workshop, showing the actual equipment condition before delivery arrangement.
In the recycling industry, baled scrap is a common material. After being compressed into bales, scrap steel, light metal waste, sheet metal offcuts and mixed metal materials become more compact. However, this also means that the recycling equipment needs enough strength, torque and stable feeding performance to open, shred and process the material efficiently.
The 800 baled scrap shredder shown in the workshop is designed for processing baled scrap, compressed scrap metal and mixed metal waste. With a low-speed and high-torque shredding structure, the machine can tear compacted materials into smaller and looser pieces, making them easier for conveying, crushing and sorting. For many baled scrap recycling projects, this first shredding step is very important because it helps improve material flow and prepares the scrap for the next process.
The 600 scrap crusher is also being prepared in the same workshop. This model is suitable for medium and small scrap steel, metal offcuts, waste sheet metal and other light scrap metal materials. Compared with larger recycling lines, the 600 scrap crusher has a compact structure and requires less installation space, making it a practical choice for recycling yards, metal processing plants and scrap collection stations with moderate capacity requirements.
In the same group of photos, the material collector and eddy current separator can also be seen. The material collector is used for collecting and transferring processed materials between different parts of the recycling line. The eddy current separator is commonly used for non-ferrous metal separation, especially for separating aluminum, copper and other valuable non-ferrous metals from mixed scrap materials. When dealing with baled scrap, a suitable sorting system can help improve the purity and value of the final recycled materials.
From the factory workshop photos, these machines have completed the main production work and are waiting for further inspection and arrangement. Before equipment delivery, key parts will be checked according to the machine type and customer requirements, including the main structure, shaft parts, motor configuration, connecting positions and the appearance of supporting equipment.
For customers who need to process baled scrap, compressed scrap steel, metal offcuts or mixed scrap metal, different equipment can be selected according to the raw material condition and production target. A single machine can meet basic crushing or shredding needs, while a complete recycling line can include shredding, crushing, collecting, conveying and sorting equipment.
For example, the 800 baled scrap shredder can be used as the first step to open and reduce compacted scrap materials. The 600 scrap crusher can further process suitable scrap metal into smaller sizes. The material collector helps connect the workflow, and the eddy current separator improves non-ferrous metal separation at the final stage.
These real Factory Workshop photos provide a clear view of the equipment before shipment and help customers better understand how each machine works in a scrap metal recycling project. If you are looking for a solution for baled scrap, scrap steel bales or mixed metal recycling, the equipment configuration can be customized according to your material type, feeding size, required capacity and workshop layout.