Biomechanics

Digital image correlation (DIC) technology is bringing new breakthroughs to the development of biomaterials, orthopedic implants, medical devices, and biomechanics. Compared to contact testing methods, DIC's non-contact, full-field displacement and strain measurement significantly improves testing accuracy and efficiency, making it a powerful tool for biomechanical R&D and innovation.

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XTOP3D: DIC measurement of structural deformation of consumer electronics, high-speed DC drop measurement, fatigue failure DIC measurement, high-speed DIC measurement, compression bending test, and 3D strain measurement system
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Empowering Scenarios
  • Due to its full-field, non-contact measurement method, DIC technology is suitable for testing soft tissue materials such as tendons, ligaments, and even soft tissues such as blood vessels, as well as strain testing and analysis of actual biological materials (bones, bone tissue, joints, teeth, etc.) under simulated real-world load conditions.
    Mechanical testing of biological bones and other materials

    Mechanical testing of biological bones and other materials

  • DIC technology can be used to measure deformation of orthopedic implants, such as fatigue life testing of artificial teeth, realistic simulation of jaw movement, simulation testing of artificial prosthesis/joint movement posture, motion simulation testing after spinal and pelvic injury repair, and bone plate deformation testing, providing data support for implant material research and clinical applications.
    Full-field deformation measurement of implants

    Full-field deformation measurement of implants

  • High-speed digital image correlation technology, DIC technology combined with high-speed cameras, can be used to measure high-speed transient displacement and deformation of special protective equipment. It can intuitively observe transient deformation under high-speed impact and puncture, capture all deformation areas, and help analyze the safety protection performance of protective equipment.
    Special protective equipment deformation test

    Special protective equipment deformation test

  • DIC technology can be used for three-dimensional tracking of human motion, analyzing the motion trajectory of each limb, and outputting motion data such as displacement, velocity, angular velocity, etc. of each part of the human body at any time to facilitate quantitative analysis; it can also analyze the displacement, angle, internal and external rotation, and extension changes of the joint multi-axis motion process.
    Human joint/motion posture tracking test

    Human joint/motion posture tracking test

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