The World Congress of Biomechanics would like to thank the following companies for their support:
Exhibitors
For 50 years AMTI has been a trusted global leader in multi-axis force platform technology and joint simulation machines. Clinicians and researchers worldwide depend on AMTI's high-quality equipment and market-leading accuracy to support their critical work. To learn about AMTI's latest advancements, visit our booth at WCB.
https://www.amti.biz/
CellScale develops benchtop mechanical testing systems for measuring the mechanical properties of soft and small-scale materials. Researchers use our mechanical testers and bioreactors to characterize biomaterials, hydrogels, natural tissues, and engineered constructs using integrated imaging, environmental control, and data analysis for publication-ready results.
https://www.cellscale.com/
Cometa Systems is an ISO 13485 certified Italian company producing and selling wireless EMG, inertial systems and sensorized insoles. Our systems have the smallest form factor on the market, and exclusive features such as analog output with fixed delay, memory on board for data logging and IP68 waterproof cover for swimming applications. Our Mini Wave and Pico systems have been used worldwide by the most famous institutions for many years and a number of different applications. All our systems are certified as medical devices according to MDR.
https://www.cometasystems.com/
Exponent is the only premium engineering and scientific consulting firm with the depth and breadth of expertise to solve our clients’ most profoundly unique, unprecedented, and urgent challenges. Embark on a career that’s never boring.
https://www.exponent.com/
A pioneer in scholarly, open access publishing, MDPI has supported academic communities since 1996. Based in Basel, Switzerland, MDPI has the mission to foster open scientific exchange in all forms, across all disciplines.
Our 512 diverse and open access journals are supported by more than 295,000 academic experts who share our mission, values, and commitment to providing high-quality service for our authors.
https://www.mdpi.com/?booth=WCB&_utm_from=cc442da8ac
Noraxon USA Inc. is a leader in human movement metrics and biomechanics research. Its portable hardware integrates with analysis software to deliver a modular, customizable approach for studying movement in real-world environments. Noraxon supports global research across academic, clinical, ergonomic, and performance applications.
https://www.noraxon.com/
UNO Biomechanics has one of the first academic departments dedicated to Biomechanics in the U.S., offering undergraduate and graduate degrees. The Department has a strong focus on research, with faculty specializing in movement variability, cardiovascular biomechanics, neuromechanics, clinical and rehabilitation biomechanics, orthopedic and sports biomechanics, and prosthetics, orthotics, and exoskeletons.
cehhs.unomaha.edu/biomechanics
Vimotis provides wearable tendon tensiometry systems that directly gauge muscle-tendon loading during human movement. Designed for biomechanics and sports science research, our system delivers noninvasive, lab-grade measurements that move beyond indirect estimates, enabling new insight into performance, injury mechanisms, and rehabilitation in both controlled and real-world environments.
https://vimotis.com/
With high-resolution sensing and portability for real-world use, our state-of-the-art Intelligent Insoles system is a powerful tool for gait and motion research and sports performance evaluation.
XSENSOR’s plantar pressure and gait measurement system enables lab-quality biomechanical and human performance data capture and analysis with high-quality visualizations anywhere — without compromising natural motion.
https://www.xsensor.com/
With high-resolution sensing and portability for real-world use, our state-of-the-art Intelligent Insoles system is a powerful tool for gait and motion research and sports performance evaluation. XSENSOR’s plantar pressure and gait measurement system enables lab-quality biomechanical and human performance data capture and analysis with high-quality visualizations anywhere — without compromising natural motion.
https://www.xsensor.com/
AnyBody Technology is a pioneer and leading provider of mechanical modeling of the living body, in particular musculoskeletal modeling. The all-dominating area of application is of course the human body, but our technology applies to analysis of any creature. Our base technology is the AnyBody Modeling System, the simulation engine, and the AnyBody Managed Model Repositories for instance containing the world’s most comprehensive human full-body musculoskeletal model.
https://www.anybodytech.com/
Shanghai Chingmu Vision Technology Co., Ltd., founded in 2015, is a high tech firm focusing on infrared optical motion capture. It provides high precision 3D tracking solutions for film, VR, robotics, and research.
https://en.chingmu.com/about.shtml
Delsys, the worldwide leader in Electromyography technology, provides innovative and user-friendly solutions that enable scientific exploration in biomechanics, rehabilitation, sports performance, and human-robot interactions. By bridging the gap between technology and human physiology, we aim to accelerate discoveries, improve outcomes, and push boundaries to unlock the full human potential.
https://delsys.com/
LaVision provides integrated imaging systems to scientific, industrial and educational markets. LaVision has extensive experience in optical techniques such as 2-D, stereo, and tomographic particle image velocimetry, gaseous and liquid laser induced fluorescence, shadowgraphy for multi-phase flows, digital image correlation for deformation/strain, high-speed and ultra-high-speed imaging, and intensified camera systems.
https://www.lavision.de/en/
The Instituto de Biomecánica de Valencia (IBV) is a leading research centre dedicated to applying biomechanics to health and industry. At the World Congress of Biomechanics, IBV showcases Move4D, an advanced 4D body scanning technology enabling markerless capture and analysis of human movement for clinical assessment and biomechanical research.
https://www.ibv.org/
novel is the gold-standard in force distribution measurement. novel provides the emed barefoot pressure platform, the pedar in-shoe pressure system, and the pliance system for any application with a flexible pressure sensor. The loadsol is a force-measuring in-shoe wearable sensor for real-time and long-term measurements. novel utilizes fully calibrated capacitive sensors. Real-time display of data makes the systems perfect for feedback during rehabilitation.
https://novelusa.com/
OptiTrack delivers sub-millimeter 3D motion capture and tracking systems trusted by biomechanics researchers worldwide. Our cameras and software provide ultra-low latency, real-time performance, and scalable workflows for gait, movement, rehabilitation, and sports science applications. Designed and manufactured in Oregon, OptiTrack combines precision, openness, reliability, and affordability.
www.optitrack.com
SageMotion delivers customizable wearable motion sensing with real-time haptic feedback to improve movement, reduce injury risk, and accelerate rehabilitation across medical and athletic applications. Its open Python-based algorithms provide full transparency and flexibility, enabling users to understand, modify, and develop personalized movement training solutions for diverse use cases.
https://www.sagemotion.com/
wearm.ai develops an optical-based wearable system for full-body motion capture in real-world environments. It enables participants to collect 3d kinematic data independently in daily life and sports, without lab visits or supervision. Through a cloud-based platform, researchers can remotely access continuous data, enabling large-scale studies with minimal time and effort. We help researchers easily capture natural human movement outside the lab.
https://wearm.ai/
Xsens is a leading motion capture technology provider, enabling precise human movement measurement in labs and real-world environments. Our wearable inertial sensors offer quick setup, peer-reviewed data, and robust analysis, powering kinematics and movement studies across clinical, research, and performance applications.
https://www.xsens.com/
