1. Highly specialized production Precise process control: Design special tooling and automation equipment for the structure of the shock absorber (such as piston rod, hydraulic cylinder, spring, etc.) to ensure the processing accuracy and assembly consistency of each component. Standardized process: Reduce human errors and improve product reliability through standardized assembly, welding, oiling and sealing processes. 2. Improve production efficiency Pipeline rhythm: Each process is connected at a fixed rhythm (such as stamping, welding, assembly, testing) to reduce waiting time between processes. Automated equipment application: Use robot welding, automatic oiling machine, laser detection and other equipment to greatly shorten the production time of a single piece. 4. Data-driven optimization: Collect production data through MES (Manufacturing Execution System), analyze bottlenecks and optimize process parameters. Rapid introduction of new processes: Support the testing and production verification of new shock absorber technologies.
The fully automatic pipe bending machine + gantry automatic feeding system solves the pain points of low efficiency, poor precision and reliance on manpower in traditional pipe bending operations through automated connection, high-precision control, flexible adaptation and intelligent management. It is especially suitable for large-volume, multi-variety and high-requirement pipe processing scenarios, helping enterprises to achieve cost reduction, efficiency improvement and process upgrades. Application scenarios Automotive industry: efficient processing of complex pipes such as exhaust pipes, hydraulic pipes, seat frames, etc. Home appliance manufacturing: mass production of air conditioning condenser pipes and refrigerator refrigerant pipes. Aerospace: customized processing of high-precision hydraulic pipes and structural pipes.
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