Veneer Peeling Machine-Motor

 01 

Precise power output to match the demands of multiple woodworking processes, with stable speed control: Using copper wire windings and high-precision bearings, the speed fluctuation error is ≤1%, making it particularly suitable for delicate processes such as solid wood carving and thin plate cutting. This reduces processing burrs and dimensional deviations caused by speed fluctuations, and increases the qualified rate of finished products to over 98%.

 02 

Strong working condition tolerance, adapting to the complex environment of woodworking workshops, which are generally prone to problems such as high dust, high humidity, and large load fluctuations. The dedicated motor has improved durability through structural reinforcement and dust-proof and moisture-proof design: the motor housing adopts IP54 protection level and above, combined with a maze-type heat dissipation channel and a sealed junction box, which can effectively block the intrusion of wood chips and dust (dust prevention efficiency reaches over 95%). At the same time, it can resist the winding moisture caused by humid environments (humidity ≤ 85%), avoiding short-circuit faults.

 03 

Safe and reliable, compliant with woodworking industry standards, with low vibration and noise: Through dynamic balancing calibration (balancing accuracy reaches G2.5 level) and shock-absorbing foot pad design, operating noise is ≤75dB, 10-15dB lower than ordinary motors. This not only reduces noise exposure to operators, but also prevents equipment displacement due to vibration, ensuring processing accuracy.

 04 

Energy saving and consumption reduction, lowering enterprise operating costs, and energy saving through on-demand speed regulation: Some models support variable frequency control, which can automatically adjust the speed according to the material (softwood/hardwood) and thickness of the wood being processed (for example, increasing the speed to reduce energy consumption when processing pine, and reducing the speed to maintain torque when processing oak), avoiding long-term full-load operation of the motor and further reducing ineffective energy consumption.