The use of buffers runs

The shock absorber is made of polyurethane material with appropriate formulation. It is lightweight and cheap. During the buffering process, it can consume about 40% of the energy and bounce back very little. It has good compressibility and elasticity and can be compressed. If the value is higher than 50%, the recovery rate must be at least 95% after 5 minutes. The material's microporous structure makes the process similar to an air-damped spring.

The main structure of the hydraulic buffer is the valve body, shaft, bearing, inner tube, piston, fluid, spring and so on. When the shaft is impacted by an external force, it will drive the piston to squeeze the hydraulic oil in the inner tube. The oil discharge hole of the inner pipe is discharged one by one, and the working oil discharged from the inner pipe is also returned to the inner pipe through the oil return hole of the inner pipe. When the external force disappears, the spring causes the piston to spring back to the starting point and wait for the next action. According to this principle, the hydraulic buffer will effectively keep the moving object balanced. Shocks caused by non-mechanical movements, such as vibration and collision damage. Significantly reduces noise and provides a quiet working environment. Speed up the operation frequency of machinery to produce high quality products with high efficiency. Extend machine life and reduce after-sales service.

In the operation of automated machinery, it can reduce vibration and noise, convert kinetic energy generated by moving objects into heat energy and release it into the atmosphere, and effectively prevent the balance of moving objects. Increase the efficiency of the machine, increase production capacity, extend the life of the machine, and reduce maintenance costs, make the mechanical action stable and maintain product quality, make the operation of the machine safer, avoid accidents, make the working environment safer and more reliable, improve personnel efficiency.