english 
The Four shaft shredder is equipped with four sets of knife shafts and multi-axis collaborative operation. Compared with equipment such as double-axis shredders, it greatly improves the material processing volume per unit time. Its efficient working mode can quickly shred a large amount of material, which is suitable for large-scale material processing needs, such as centralized urban domestic waste treatment plants, large industrial waste recycling centers and other scenarios.
2. Wide range of material adaptability
Whether it is soft plastic film, rubber products, hard metal scraps, waste wood, or tough fabrics, paper, etc., the Four shaft shredder can handle it with ease. By reasonably configuring blades of different materials, shapes and arrangements, it can effectively shred according to the characteristics of various materials, broadening the application field of the equipment.
3. Excellent discharge uniformity
The equipment is usually equipped with an adjustable screen device. During the shredding process, only materials that are broken to a size smaller than the screen aperture can be discharged, thereby ensuring a high consistency in the discharge particle size. This uniform discharge is conducive to the further processing of subsequent materials. For example, in the recycling industry, it can improve the efficiency of material sorting and reuse.
4. Reliable overload protection mechanism
The Four shaft shredder is equipped with an advanced overload protection system. When encountering material blockage or excessive motor load, the system will automatically trigger, causing the knife shaft to reverse immediately and discharge the blocked material, avoiding damage to the equipment due to continuous overload, effectively extending the service life of the equipment, and reducing maintenance costs and downtime.
5. Low speed and high torque operation
The drive mode of motor and reducer is adopted, so that the cutter shaft can output high torque at low speed. Low speed operation not only reduces the noise and vibration generated during the operation of the equipment, but also reduces the friction loss between the blade and the material. While ensuring the efficient shredding effect, it significantly improves the operation stability and energy utilization of the equipment.
6. Convenient maintenance
The design of the equipment fully considers the convenience of maintenance. Many key components such as blades and screens are modularly designed and easy to disassemble and replace. At the same time, the layout of each component is reasonable, which is convenient for the staff to carry out daily inspection, cleaning and lubrication and other maintenance operations, improves the maintainability of the equipment, and ensures its long-term stable operation.
