The machine's motor power, blade material, and design directly impact efficiency. A high-power motor provides greater torque, driving the blades to shred material quickly.

Blades made of high-hardness alloys are more wear-resistant and less likely to experience a decrease in shredding speed due to wear.

The hardness, toughness, size, and shape of the material significantly affect shredding efficiency. Shredding soft materials like plastic and paper results in low resistance and high efficiency.

Materials of uniform size and free of entanglement result in more stable efficiency during the shredding process.

Operators can adjust the feed rate according to the material characteristics and avoid jamming caused by feeding large amounts of material at once.

Pre-processing the material, such as breaking up large pieces and separating impurities, can reduce equipment load and improve shredding efficiency.

Regularly maintained equipment maintains sharp blades, smooth bearing operation, and stable hydraulic system pressure, ensuring consistent shredding performance.

Promptly replacing worn parts and cleaning residual material from the equipment are key to maintaining efficient operation.