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Parameter

Key Technology

Material selection: The internal material of the shock absorber needs to have high rigidity and compression resistance, and commonly used materials include aluminum alloy, engineering plastics and high-strength rubber.
Sealing technology: Ensure that the shock absorber seals well to prevent gas leakage. Use high performance sealing rings and precision machining technology to ensure the sealing effect.
Dynamic analysis technology: Using computer simulation technology to analyze the behavior of shock absorbers in various vibration environments to optimize design and improve performance.

Working Principle

Air suspension system: By adjusting the air pressure to change the height and hardness of the shock absorber, so as to adapt to different road conditions and load conditions. Drivers can choose different suspension modes according to their needs.

Inductive sensors: Installed in or around the shock absorber to monitor the vehicle's motion status and suspension height in real time. These sensors can sense vibration, tilt, and other dynamic changes.

Control system: According to the inductance sensor data, the control system will automatically adjust the air pressure to maintain the best shock absorption effect and vehicle attitude to ensure the stability and safety of the driving.

Factory Information