High Precision Bicycle Handlebar Stem Static Load Testing Machine -- PLC Controlled Fatigue Strength Tester

The Bicycle Handlebar Stem Static Load Testing Machine is designed to simulate real riding conditions where the stem assembly experiences variable loads, especially on uneven terrains. It evaluates the structural strength and safety performance of the handlebar and stem under repeated static loading conditions. The system adopts PLC touchscreen control and closed-loop force feedback for precise automatic force adjustment and directional switching.

Functions and Applications
This equipment is used to test the static strength, durability, and fatigue resistance of bicycle handlebar and stem assemblies. It provides essential data for manufacturers to ensure rider safety and product reliability, suitable for research institutions, testing laboratories, and bicycle manufacturing quality inspection departments.

Structure and System Configuration
The system consists of a pneumatic loading device, high-precision force sensor, PLC controller, and touchscreen interface. The structure ensures smooth operation and high test repeatability. The adjustable clamp fixtures accommodate various handlebar and stem models, allowing accurate load application from different directions.

Standards Compliance
The tester conforms to international bicycle component testing standards for static strength and fatigue performance, ensuring high accuracy, repeatability, and safety during testing.

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.