Ski Board Impact Fatigue Tester

The Ski Board Impact Fatigue Tester is designed to evaluate the impact resistance and fatigue performance of alpine skis. You can repeatedly lift and release one end of the ski to strike a test plane, simulating real-world impact stresses and measuring the ski’s durability under repeated loads.

Application

You can use this tester to:

Evaluate alpine skis for impact resistance and durability.

Assess fatigue performance from repeated lifting and striking actions.

Support R&D for material improvement and structural optimization.

Combine with environmental chambers to study performance under low/high temperatures and UV exposure.

Integrate optical or non-destructive testing systems to monitor internal defects and stiffness degradation.

Standards

This tester is designed to comply with:

(1) TY/T 3501 – Alpine ski performance determination, including impact fatigue assessment and stiffness evaluation.

Parameters

Features

Impact Fatigue Testing: Simulate repeated lifting and striking loads to evaluate anti-impact performance.

Servo-Lifting & Pneumatic Release: Adjustable lifting height and controlled release for consistent impact energy.

Integrated Measurement: Combine with optical strain analysis, modal analysis, or non-destructive testing for comprehensive evaluation.

Environmental Testing Support: Can pair with temperature and UV-aging chambers to simulate real-world aging conditions.

Programmable & Repeatable: PLC control allows precise cycle counts and automated testing sequences.

Accessories

(1) Servo motor lifting system

(2) Pneumatic release unit

(3) PLC touch screen control panel

(4) Optional digital image correlation system

(5) Optional ultrasonic or acoustic emission detection system

Test Procedures

Sample Installation: Secure one end of the ski to the fixture and ensure proper alignment.

Parameter Setting: Set lifting height, cycle count, and test speed on the PLC interface.

Impact Testing: Lift the ski to the preset height and release it to strike the test plane.

Cyclic Operation: Repeat the lifting and release process according to test requirements.

Monitoring & Data Collection: Use sensors or imaging systems to record deformation, stiffness, or crack initiation.

Data Analysis: Evaluate fatigue life, impact resistance, and correlate defects with performance degradation.

Maintenance Information

Regularly inspect the servo motor, pneumatic system, and fixture for wear or leaks.

Keep sensors and optical components clean and calibrated.

Lubricate moving parts and check pneumatic lines monthly.

Verify control software, safety interlocks, and release mechanisms before each test.

Store environmental chambers properly to prevent condensation or damage.

FAQ

1.What is this product?

It is an impact fatigue tester for alpine skis.

2.What is this product used for?

You use it to assess skis’ impact resistance, fatigue durability, and structural integrity under repeated striking loads.

3.What is the working principle of this product?

One end of the ski is lifted by a servo motor and released via a pneumatic mechanism to strike a test plane, simulating repeated impact.

4.Why is this product important?

It ensures skis can withstand repeated impacts, prevents early failure, and supports material and design optimization.

5.What industries is this product suitable for?

Ski manufacturing, winter sports equipment R&D, quality control laboratories, and material testing centers.