After the parts of the waste paper baler are worn out, the original structure shape and size will be changed, which will reduce the accuracy of the machine, weaken the strength, cause the parts to fail, and seriously cause the waste paper baler to be scrapped.
Among the scrapped waste paper baler parts, about 80% are caused by wear.
Therefore, in the design of waste paper baler, we always try to improve the wear resistance of the parts and reduce the wear of the parts as much as possible.
There are many vibration sources that change over time on the waste paper baler, such as backlash meshing of gears, eccentric rotation of uranium, and so on.
When the vibration frequency of the waste paper baler or parts is similar or equal to the frequency of the periodic interference force, resonance will occur, which is called the loss of vibration stability. Resonance not only affects the normal operation of the waste paper baler, but also produces noise. It constitutes the destruction of the waste paper baler.

Strength is the basic calculation criterion for weighing the working ability of waste paper baler parts. In order to make the parts work properly, there is no breakage, excessive residual deformation and fatigue damage during work, so that the parts have sufficient strength.

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