Bicycle Frame Fork Bending Fatigue Testing Machine - PLC Servo Control | Front Fork Strength and Endurance Tester

Bicycle Frame Fork Bending Fatigue Testing Machine (Model: HK-637) is designed to perform static and fatigue bending tests on bicycle front forks. The machine applies controlled loads to simulate real-world riding stresses, ensuring accurate evaluation of fork strength and structural durability. Using servo-controlled force feedback, the system provides precise, repeatable, and automated fatigue testing performance.

Functions & Applications:

• Simulates static and cyclic bending loads on bicycle front forks and frames.
• Evaluates the mechanical strength, stiffness, and fatigue performance of bicycle fork assemblies.
• Applies servo-controlled load with high precision and stable response.
• PLC touchscreen system for test parameter setup, data monitoring, and automatic control.
• Widely used in bicycle R&D centers, quality testing labs, and manufacturing inspection departments.

Structure & Control System:
The testing system consists of a rigid steel frame, servo-driven actuator, precision load cell, and PLC touchscreen control panel. The servo cylinder provides smooth, accurate load application while the feedback loop ensures real-time monitoring and correction of force output. The system enables high repeatability and reliable data for fatigue analysis.

Compliance & Standards:
The testing procedure and design meet international bicycle testing standards for front fork and frame strength evaluation, ensuring consistency with ISO and EN specifications.

Packaging & Shipping

• Internal Protection: Anti-collision foam padding and moisture-proof wrapping are applied to prevent mechanical damage and corrosion during transit.
• Marking & Labeling: Each package is clearly labeled with model number, dimensions, weight, and handling instructions for easy identification.
• Loading: All packages are reinforced and suitable for forklift handling and container loading.
• Shipping Options: By sea, air, or express courier according to customer preference.