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Applications
- Static Yield/Failure Testing: This method is excellent for assessing the breakage or yield point of composite materials and dental implants, among other materials, under static stress.
- Stiffness Testing: Evaluates the rigidity of individual and combined components crafted from metals, plastics, composites, 3D-printed, and biological materials, offering crucial data on material behaviour.
- Dynamic Testing: This type of testing uses sine waves, pulsed square waves with customisable duty cycles, or constant-speed triangle waves, which are ideal for analysing the performance of suspension systems or shock absorbers.
- Constant Amplitude Fatigue Testing: Assesses the endurance of various components under cyclic or repeated stress, facilitating the creation of Wöhler curves for predictive analysis.
- Constant Amplitude Block Fatigue Testing: Aids in establishing the Palmgren-Miner relation and calculating the damage values, enhancing component design and testing protocols.
- Variable Amplitude Fatigue Testing: This technology enables the lab-based reproduction/simulation of real-world load curves gathered on-site, mirroring actual operational stresses for comprehensive analysis.
- Reproduction of Load Curves: This tool supports the simulation of load curves defined during the design phase, including seismic testing simulations, for a broad spectrum of testing requirements.