The wood shaving machine is a powerful assistant in the field of wood processing. For example, Dingli wood shaving machine can automatically crush wood into shavings. Its working principle is that after the raw material enters from the feed port, it is first cut by the blade into the crushing chamber, crushed by the impact of the high-speed rotating hammer and the action of the shear knife, and then sent out from the discharge port through the screen with the help of the wind force generated by the built-in fan blade, or pumped out from the discharge port by an external extension. The size of the shavings can be adjusted to meet different needs by adjusting the length of the blade and the aperture of the screen. However, during use, the wood shaving machine may have some faults, and it is crucial to master the correct solution.

Common faults of the wood shaving machine include belt bite, low output, feeding difficulty, feeding freeze, and bearing heating. The belt bite is because the motor rotor and the wood crusher rotor are not concentric. The low output may be due to the blunt blade or improper position. The feeding difficulty is due to severe knife wear and unreasonable fixed knife gap. Feed freeze is caused by uneven feeding and blunt blades. Bearing heating is caused by lack of butter, uneven installation, bearing damage or too tight belt.

In the face of these faults, corresponding solutions can be taken. For belt biting, the motor position can be moved left and right or pads can be added to the motor base to adjust the concentricity; when the output is low, the blade needs to be sharpened and adjusted to the appropriate position; if feeding is difficult, the blade needs to be sharpened to ensure sharpness, and the fixed blade gap should be adjusted to 2-3mm and the blade angle should not exceed 30°; if feeding freezes, feed evenly, ensure that there is no material in the bin, and sharpen the blade; if the bearing is hot, add butter, level the bearing seat, replace the bearing, and adjust the belt tightness. Through these methods, the planer can keep in good operating condition and improve production efficiency.