由 Yaming 
1. Production Line Overview
The mountain bike production line is a precision system for off – road cycling. It follows four core steps: frame processing, component assembly, performance testing, and product packaging. Using CNC tools, professional fixtures, and riding test systems, it turns raw materials into finished bikes. It supports diverse setups—hard/soft tails, 80–180mm shocks, 27.5/29 – inch wheels—and flexible production for varied market needs.
2. High – Intensity Frame Processing Line
As the core of mountain bike making, this line focuses on “impact resistance + lightweight” for strength and handling. First, cut aluminum/carbon pipes (error ≤0.5mm). Bend aluminum pipes into arcs (e.g., rear fork, head tube) via CNC. Form carbon frames with molds. Splice frames: weld aluminum with argon arc (detect flaws, no false welds). Bond carbon with epoxy + winding. Calibrate geometry with laser (deviation ≤0.1°). Treat surfaces: anodize aluminum (corrosion – resistant). Add anti – slip texture to carbon. Install shock mounts (80–180mm shocks). Track frames via transmission lines for traceability.
3. Integrated Off – Road Component Assembly Line
This line uses “partitioned stations + tooling” for precise component fit. Conveyors move frames to stations. First: install shock systems (soft – tails debug damping; hard – tails reinforce forks). AGVs deliver parts—wheels (stab – resistant tires), 1×12 transmissions, etc. Adjust wheel tension (torque ≤2N·m) to resist bumps. Calibrate shifting (no skipping). Exhaust and debug disc brakes (stroke ≤15mm). Tighten parts with torque wrenches (e.g., tooth disc 5–8N·m; handlebar 8–10N·m). Scan codes to record specs (shock brand, gear info) and avoid mistakes.
4. Full – Scene Performance Testing Pipeline
Equipped for “strength + reliability + ride experience” tests to meet off – road standards. First, test frame impact (2 – meter drop, no deformation). Check shock travel/connections. Then, use a test bench (gravel, slopes). A robot simulates 10 – km rides. Test transmission (500 shifts, no failure), brakes (wet stopping ≤8m), wheel durability (no loose spokes). Static checks: handlebar height, cushion angle (ergonomics), brake pressure (25–35PSI), screw tightness. Divert bad bikes (leaks, stuck gears) to maintenance. Qualified ones go to cleaning.
5. Finished Product Packaging and Storage Line
Protects complex, vulnerable off – road components. Disassemble handlebars, wheels. Secure frames in foam molds. Wrap wheels/shocks in bubble film. Pack into waterproof cartons (anti – collision corners). Add labels (model, wheel size, shock travel, “handle with care”). AGVs move boxes to smart storage (sorted by “model + wheel size”). The system updates inventory for quick orders. Monitor storage (prevent rust) to link production and warehousing.
6. Core Advantages of the Production Line
- Accuracy & Reliability: Core processes (welding, wheel adjustment, shock debug) have >75% automation. Key errors ≤0.1mm. 100% off – road tests ensure terrain reliability.
- Flexible Production: Mix hard/soft tails, different wheels/shocks. Change models in 1.5 hours (swap molds, adjust params) for market needs.
- Intelligent Management: MES collects data (welding pass rates, defects). Fault warnings speed up by 25%. Unique codes track materials, assembly, tests—aid quality and after – sales.
- If you have any questions or needs about the automated assembly line, please contact us via email: [email protected]