The Shock Absorber Testing Machine from BESMAK is a high-performance servo-hydraulic testing system designed for dynamic, static, fatigue, and durability testing of automotive shock absorbers and suspension components. With a dynamic load capacity of up to 25 kN and advanced closed-loop control technology, this system delivers accurate, repeatable, and standards-compliant test results for research laboratories, automotive manufacturers, and quality control facilities.
A Shock Absorber Testing Machine is used to evaluate the performance, durability, damping characteristics, and fatigue behavior of shock absorbers under real operating conditions. The system simulates cyclic loading, vibration, and dynamic forces to ensure product reliability and long-term performance.
The BESMAK BMT-D/SA system is specifically developed to perform dynamic tests, sliding tests, friction tests, gas pressure tests, and life-cycle tests according to international testing standards.
Servo-Hydraulic Dynamic Testing System
High Precision Measurement
Advanced Fatigue Testing Capability
Flexible Testing Configurations
The BESMAK Shock Absorber Testing Machine is widely used in:
The system can perform:
Dynamic Shock Absorber Testing
Fatigue Testing
Sliding Force Testing
Gas Pressure Testing
Life Cycle Testing
Static Load Testing
With more than 30 years of experience in material and component testing systems, BESMAK provides innovative testing solutions trusted by laboratories, automotive manufacturers, and research institutions worldwide. Our Shock Absorber Testing Machine combines precision engineering, advanced control technology, and reliable performance to meet the most demanding testing requirements.
A Shock Absorber Testing Machine is used to evaluate the durability, damping performance, fatigue resistance, and overall reliability of automotive shock absorbers.
Yes. The system can perform continuous fatigue tests up to 2,000,000 cycles.
The BESMAK BMT-D/SA offers a dynamic load capacity of up to 25 kN.
Automotive manufacturers, suspension component suppliers, R&D laboratories, universities, and quality control centers commonly use these systems.