Fatigue Test System

Fatigue test systems are advanced testing platforms designed to evaluate the durability and structural integrity of materials and engineering components under cyclic loading conditions. These systems are essential for identifying the point and mode of failure when components are subjected to prolonged dynamic stresses, thereby enabling accurate estimation of service life through the establishment of the material’s S-N (stress-life) curve. Typically, fatigue test systems utilize hydraulic, electromechanical,[…]
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Road Simulation Test System

Road simulation test systems are advanced platforms designed to evaluate the structural durability of land vehicles by replicating the dynamic loads encountered under real-world driving conditions, all within a controlled laboratory environment. These systems accelerate the simulation of phenomena such as vibration, impact, and fatigue, enabling manufacturers to detect potential weaknesses early in the design phase. This approach not only enhances vehicle safety and durability but[…]
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Wear Tear Test System

Wear and tear tests are essential for assessing the durability and service life of moving mechanical, composite, and rubber components that are subject to friction in land vehicles. These tests aim to evaluate the performance of components operating under continuous motion and load, detect potential failures at an early stage, and support material optimization efforts during the development process. Key parameters measured during testing include wear[…]
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