2B250190 GUOMAT Double Convoluted Air Spring 135mm Stroke Air Suspension Components

Suspension air springs are a core component of high-performance suspension systems that utilize compressed air as the elastic medium. By adjusting internal air pressure, they dynamically change the spring's stiffness and height, providing unparalleled ride comfort, exceptional handling stability, and flexible vehicle height adjustment. They are an ideal choice for suspension systems in modern high-end passenger cars, commercial vehicles, and specialized vehicles.

1. Precision Cushioning and Shock Absorption (Core Function)
   Scenario Description: After high-speed movement, the palletizer's robotic arm or gripper needs to suddenly stop and release the goods (such as boxed beverages or bagged materials). A direct, hard impact with the pallet generates a significant impact force, potentially causing product damage, pallet instability, or pallet damage.
   
   Air Spring Function: Air springs are installed at the end of the palletizer's lifting mechanism or gripper to provide a controlled "soft landing" mechanism, transforming rigid collisions into flexible cushioning.
2. Automatic Height Adjustment and Balancing
   Scenario Description: During the palletizing process, the goods on the pallet gradually increase in height.
   
   Function of Air Springs: Air spring systems with height sensors automatically adjust internal air pressure and length to maintain constant, light pressure against the goods surface.
3. Effective Vibration Isolation
   Scenario Description: Palletizers generate vibrations during operation that can affect placement accuracy.
   
   Function of Air Springs: As excellent vibration isolation components, air springs effectively isolate high-frequency vibrations, providing a stable working platform.
4. Protecting Equipment and Reducing Maintenance Costs
   Scenario Description: High impact forces can cause excessive wear on mechanical structures.
   
   The function of air spring: By absorbing shock, air springs reduce stress on mechanical structures, lowering failure rates and maintenance requirements.