In the waste material recycling and disposal industry, the four-shaft shredder, with its multi-shaft linkage design, serves as a core piece of equipment for processing bulky and hard-to-shred materials. It is suitable for shredding a wide range of materials including industrial solid waste, waste household appliances, metal containers and plastic pipes, providing a stable and efficient primary shredding solution for the recycling sector.
The four-shaft shredder adopts the coordinated operation of four upper and lower cutter sets. The upper rotors first conduct coarse shredding and fixing of materials, followed by forced shredding by the bottom rotors. This design achieves a larger reduction ratio and more uniform discharge particle size. Compared with traditional dual-shaft equipment, it is more suitable for continuous processing of bulk thin-walled and large-sized materials in batches.
Equipped with a PLC intelligent control system, the machine supports start, stop, reverse rotation and automatic overload protection functions. It features simple operation and can effectively prevent equipment damage. The synchronous spindle design fundamentally eliminates the problem of asynchronous operation. Combined with a hydraulically controlled customizable screen, it can be flexibly adjusted according to processing requirements, enabling convenient disassembly, assembly and maintenance.
Key components are made of high-specification materials. The main and auxiliary cutters forged from alloy tool steel are wear-resistant and durable, and can be re-sharpened and reused multiple times, effectively reducing consumable costs. The machine body is welded and cast with high wear-resistant steel, and is matched with bearings, motors and reducers from well-known domestic brands. It operates with low noise, low speed and high torque, ensuring strong stability and adapting to industrial scenarios requiring long-term continuous operation.
From paint buckets and waste tires to car frames and circuit boards, the four-shaft shredder can be applied in various scenarios such as waste recycling stations, rubber factories and solid waste treatment centers. Its processing capacity can meet different production needs. With its high adaptability and durability, it has become a practical choice for improving processing efficiency and reducing operating costs in the waste material recycling process.
