Challenge

In biomechanical research — particularly in the areas of orthopedics and trauma surgery — biological materials such as bones must be tested under realistic conditions. This poses several challenges for tests on tensile testing machines:
The bones to be tested vary greatly in shape, size, and structure. At the same time, implants, screws or prosthetic parts fixed to them must be loaded with forces of up to 10 kN. Classic devices quickly reach their limits here — both in terms of adaptability and mechanical strength.

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Matrix solution

With the X-CLAMP system Matrix uses flexible, modular clamping technology that adapts individually to the respective bone geometry and at the same time can safely absorb high forces. The flexible matrix structure enables reproducible fixation without the need for individual holders or form-fitting jaws — a decisive advantage when changing biological samples.