1. Hardware general sheet metal industry: mainly bending thin plates and ordinary plates, with medium precision requirements, high mass production frequency, and cost sensitivity. Adaptation plan: Use a conventional worm gear reducer, which is cost-effective, easy to install, and comes with a self-locking function, which fully meets the bending needs of ordinary hardware and reduces equipment investment costs.
2. Auto parts processing industry: Processing door, chassis, and interior sheet metal parts requires extremely high dimensional consistency and bending accuracy, large batches of workpieces, and a high degree of standardization. Adaptation plan: Use a precision planetary reducer or a two-speed reducer. The transmission has no gap and runs smoothly. It can accurately control the bending angle and ensure the consistency of batch workpiece forming.
3. Electronic precision sheet metal industry: processing mobile phone casings, electrical appliance casings, and precision thin plate accessories. The plates are thin and the precision requirements are strict. Small errors will cause the workpiece to be scrapped. Adaptation plan: High-precision micro planetary reducer, low noise, zero gap, fast response, adapted to precision CNC bending equipment to eliminate workpiece deformation and deviation.
4. Steel structure and engineering machinery industry: bending of thick steel plates and high-strength plates, equipment with large tonnage, high load and strong impact. Adaptation plan: Heavy-duty helical gear reducer, made of high-strength alloy, large torque output, impact and wear resistance, can be adapted to heavy-duty operations for a long time, and prevents insufficient power and damage to accessories.
5. Home appliances and kitchenware processing industry: high requirements on the appearance of workpieces, no scratches or deformation during bending, and continuous mass production of equipment. Adaptation plan: Silent planetary reducer, with smooth operation, low jitter and low noise, ensuring the appearance quality of the workpiece, while being suitable for long-term continuous operation and having strong stability.
