The Ice Hockey Stick Fatigue Testing Machine is specifically designed to evaluate the fatigue life, durability, and structural performance of ice hockey sticks under repeated loading conditions. By simulating continuous force application during real-game use, the machine helps manufacturers assess product reliability, optimize designs, and verify quality standards.
The equipment adopts an electric cylinder drive system combined with a servo closed-loop force control system, ensuring highly accurate and repeatable loading throughout the testing process. Users can preset the required test force and cycle count through the touchscreen interface. Once the specified number of cycles is reached, the machine automatically stops and records the test completion.
This tester is widely used by hockey stick manufacturers, sports equipment laboratories, R&D departments, quality control centers, and certification organizations.
Key Features:
• Designed specifically for ice hockey stick fatigue life testing
• Servo closed-loop force control for high loading accuracy
• Electric cylinder drive system for stable performance
• Adjustable test force from 10–200 kgf
• Touchscreen operation for easy parameter setting
• Programmable test cycle count
• Automatic stop function after reaching preset cycles
• Reliable and repeatable fatigue testing results
• Suitable for product development, quality control, and durability evaluation
Applications:
• Ice hockey stick fatigue testing
• Product durability verification
• Hockey stick R&D and performance evaluation
• Manufacturing quality control
• Sports equipment certification testing
• Reliability and life cycle assessment
Technical Specifications:
Display System: Touchscreen Interface
Drive System: Electric Cylinder Control
Load Range: 10–200 kgf Adjustable
Control Mode: Servo Closed-Loop Force Control
Cycle Counter: Programmable Test Cycles
Auto Stop Function: Stops automatically upon reaching preset cycles
Machine Dimensions: 1500 × 600 × 1340 mm
Power Supply: AC 220V
Power Consumption: 1 kW
Frequency: 50 Hz
Advantages:
• Accurate force control throughout the entire test
• Simulates real-world repetitive loading conditions
• Improves product quality and reliability validation
• Reduces manual testing workload
• Supports long-term fatigue and endurance evaluation
• Ideal for both laboratory and production environments
