What is the difference between a single axis shredder and a dual axis shredder?

    What is the difference between a single axis shredder and a dual axis shredder? A shredder is a device that roughly crushes some waste materials. Usually, a dual axis shredder is used more frequently, but a single axis shredder has one less axis than a dual axis shredder. Therefore, there is a significant difference between the two.
The main differences between a single axis shredder and a dual axis shredder are as follows.
Spindle:
      A single axis shredder drives the cutting tool to slowly shred materials through the rotation of a single axis, which consumes much less energy than a double axis shredder and produces slightly smaller finished products after shredding; The dual axis shredder shreds materials into small pieces through the mutual tearing, squeezing, shearing, and other actions of two knife rollers. The body of the machine is slightly larger than that of the single axis shredder, and the finished products of the shredded materials are relatively larger, resulting in higher energy consumption than the single axis shredder.
Discharge size:
      Dual axis shredder with two knife shafts, different types of knives, suitable for one crushing, and larger discharge size.
Single axis shredder, equipped with an automatic pusher and a single spindle knife, suitable for finer discharge sizes in secondary crushing. A single axis shredder only has one knife roller, while a double axis shredder is composed of two blades that engage the rollers.
Working principle:
      The working principle is also different. A single axis shredder uses a pushing system to send materials to the blade rotor for crushing, while a double axis shredder uses an interlocking and interlocking layout of the blades to cut and crush materials both horizontally and vertically.
Crushed materials:
      The difference in crushing materials is that compared to a single axis shredder, a dual axis shredder targets a larger volume, thickness, and hardness of the material. The interlocking layout allows the material to be cut and broken both