How does Manhart (Guangdong) CNC Machine Tool Co., Ltd. reduce noise and vibration during the bending process?

To reduce noise and vibration during the bending process, the following measures can be taken:
1. Optimize structural design: Reasonably design the various components of the bending machine to reduce the mechanism of noise generation. For example, using shock-absorbing materials, shock-absorbing pads, etc., can reduce the contact vibration between the machine and the ground, thereby reducing the propagation of noise.
2. Use low-noise equipment: Choose low-noise equipment such as electric motors, pneumatic components, and hydraulic components, which can effectively reduce the generation of noise during operation.
3. Install noise protection facilities: Install sound insulation covers, sound-absorbing cotton or sound-absorbing boards and other noise protection facilities around the bending machine, effectively reducing the range of noise transmission and protecting the hearing health of workers.
4. Balance machine: Perform dynamic balance correction on the bending machine to avoid vibration caused by unbalanced rotating parts. The balance of the machine can be achieved by adding balance blocks, adjusting the center of gravity of the rotor, and other methods.
5. Install vibration damping devices: Install vibration damping devices on the base and transmission components of the bending machine to reduce the transmission and diffusion of vibration and maintain the stability of the entire machine.
6. Reasonable adjustment of process parameters: By optimizing process parameters, such as cutting force and angle of the tool, the generated force is allocated reasonably to reduce the generation of vibration.
7. Control operating speed and load: Reasonably controlling the operating speed and load of the bending machine can reduce the noise generated by the machine during operation.
8. Internal sound insulation of equipment: Installing sound insulation materials inside the bending machine can reduce the generation and propagation of internal noise. For example, using sound-absorbing materials to wrap inside the machine casing can effectively reduce the noise generated by machine vibration and resonance.
In summary, measures such as optimizing structural design, using low-noise equipment, installing noise protection facilities, balancing machines, installing vibration damping devices, adjusting process parameters reasonably, controlling operating speed and load, and internal sound insulation of equipment can effectively reduce noise and vibration during the bending process, improve the comfort and efficiency of the working environment.