Biomechanics focuses on understanding how the human body and biological structures move, deform and respond to external forces. From joint mechanics and gait analysis to soft tissue deformation and impact injuries, researchers rely on accurate measurement techniques to improve medical devices, rehabilitation strategies, sports performance and injury prevention.
High-speed imaging, motion analysis and Digital Image Correlation (DIC) provide powerful non-contact measurement tools for capturing rapid movement and complex biomechanical behaviour. Together, these technologies enable researchers to visualize dynamic events, quantify motion and measure full-field strain and displacement with exceptional accuracy.
Many biomechanical events occur too quickly or involve movements too complex to evaluate using conventional imaging methods. High-speed cameras capture rapid body motion, joint articulation, tissue deformation and impact events without motion blur, while motion analysis software converts image sequences into accurate measurements of displacement, velocity, acceleration and movement patterns.
Digital Image Correlation further complements these measurements by providing full-field strain and deformation analysis of biological tissues, prosthetic components and biomedical test specimens without physical contact.
Selecting the appropriate imaging solution depends on the speed of movement, measurement accuracy, field of view and experimental objectives. High-speed imaging enables detailed visualization of dynamic motion, while advanced software provides quantitative analysis for research, clinical studies and product development.
For applications involving deformation of biological tissues, implants, or medical devices, Digital Image Correlation provides precise full-field measurements of strain and displacement without influencing the natural behaviour of the specimen.
High-speed cameras from NAC Image Technology and Fastec Imaging capture rapid human movement, tissue deformation and impact events with exceptional temporal resolution.
Image Systems' motion analysis software provides accurate measurement of movement, velocity, acceleration, joint kinematics and object tracking using advanced 2D and 3D analysis tools.
Image Systems' motion analysis software enables quantitative tracking of particles, droplets, interfaces and flow behaviour using advanced 2D and 3D tracking algorithms.
High-speed imaging, motion analysis, and Digital Image Correlation have become essential tools for modern biomechanics research. Together, these technologies help researchers better understand human movement, improve medical device performance, validate biomechanical models and support innovation in healthcare, rehabilitation and sports science.
Whether your research involves gait analysis, injury biomechanics, prosthetic evaluation or human movement studies, Orbidot Technologies can help identify the most suitable imaging and measurement solution for your application.
Contact Orbidot Technologies to discuss your application and receive expert guidance on selecting the right combination of high-speed cameras, Digital Image Correlation systems and motion analysis software.
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