1600 Metal Bale Crusher Main Machine and Feeding Chamber Workshop Photos

These photos were taken in our factory workshop during the assembly of a 1600 metal bale crusher. The photos show several details of the machine, including the feeding crushing chamber, feeding inlet curtain and the main crusher body before the feeding inlet is fully installed.

Compared with finished machine photos, workshop detail photos allow customers to see more of the internal structure and manufacturing process. For customers who process scrap steel bales, compressed metal blocks and light scrap metal, the crushing chamber, feeding inlet and main machine structure are important parts to check.

Feeding Crushing Chamber

The first photo shows the inside of the feeding crushing chamber. The chamber space is large, and the inner liner area, screen plate area and rotor installation position can be seen clearly. For metal bales and compressed scrap materials, the crusher needs enough feeding space and a strong chamber structure.

The 1600 metal crusher is mainly used for processing scrap steel bales, metal blocks, light scrap steel, waste metal shells and similar materials. After the material enters the crushing chamber, it is crushed by the impact of the high-speed rotor and hammers. The final output size is controlled by the screen plate.

From the photo, the chamber is built with a heavy-duty structure. The open internal space is also convenient for later inspection and maintenance. For a scrap steel bale crusher, a strong chamber design is important for stable long-term operation.

Feeding Inlet Protection Curtain

The second photo shows the protection curtain at the feeding inlet. When metal bales enter the crusher, the material may collide, bounce or splash. The inlet curtain helps reduce material splash and improves safety during operation.

The curtain is made with multiple hanging plates. The material can enter the crusher from below, while the curtain still provides protection at the inlet. This design is commonly used on metal crushers, especially for scrap steel bales, light metal scrap and mixed metal materials.

For customers, the feeding inlet is not only about size. Safety protection and feeding stability are also important. A proper inlet design helps reduce material rebound and makes the machine easier to work with a feeding conveyor.

Main Machine Before Feeding Inlet Installation

The third photo shows the main body of the metal bale crusher before the feeding inlet is fully installed. From this angle, the outer shell, frame base and crushing chamber structure can be seen more directly.

The main machine has a large and heavy-duty structure. The frame is designed to handle the impact load during metal crushing. A 1600 metal bale crusher is often used in medium and large scrap recycling projects. It can work together with a feeding conveyor, discharge conveyor, magnetic separator, dust collection system and electrical control system to form a metal crushing line.

Before the machine is fully closed and painted as a finished unit, customers can see more of the real structure. These workshop photos help show the manufacturing condition, frame design and assembly details of the equipment.

Suitable Materials

This 1600 metal bale crusher can process different kinds of scrap metal materials, such as:

• Scrap steel bales;

• Compressed metal blocks;

• Light scrap steel;

• Color steel sheets;

• Waste metal sheets;

• Scrap iron sheets;

• Metal offcuts;

• Waste metal shells;

• Mixed light metal scrap.

The machine configuration can be adjusted according to material size, hardness, bale density and required capacity. Different motor power, rotor structure and screen hole sizes can be selected for different output requirements.

Required Equipment

For metal bale crushing, the crusher can be used as a single machine or as part of a complete line.

Required Equipment:
Feeding Conveyor, 1600 Metal Bale Crusher, Discharge Conveyor, Magnetic Separator, Dust Collection System, Electrical Control System, Metal Crushing Line

For customers who need better separation, air separation or non-ferrous metal separation equipment can also be added according to the final material requirement.

Machine Features

From these workshop detail photos, several machine features can be seen:

1. Large crushing chamber
   Suitable for feeding metal bales and compressed scrap materials.

2. Heavy-duty main structure
   The frame and chamber are designed for continuous metal crushing work.

3. Feeding inlet with protection curtain
   Helps reduce material rebound and splash during feeding.

4. Convenient for maintenance
   The chamber space makes it easier to check hammers, liners, screen plates and other wear parts.

5. Can be used in a production line
   The crusher can work with conveyors, magnetic separator and dust collection system for continuous scrap metal processing.

Conclusion

These photos show the assembly details of a 1600 metal bale crusher in the factory workshop, including the feeding crushing chamber, feeding inlet curtain and main machine structure. Compared with finished machine photos, local workshop photos give customers a clearer view of the equipment structure and manufacturing process.

For recycling projects that process scrap steel bales, compressed metal blocks and light scrap steel, the 1600 metal bale crusher is a practical medium-to-large crushing machine. Customers can choose a single crusher or a complete metal crushing line according to material type, capacity requirement and final output size.