Meet the exhibitors & Sponsors

AMTI revolutionizes force measurement with the OPTIMA Forceplate offering 10-fold improvements for gait and sports performance analysis. The Best Science starts with the Best Measurements.

Our technologies aren’t built using typical load cell technology. We’re advancing 3D force sensing technology so you can advance your training and research. 

Bertec is an internationally recognized designer, manufacturer, and marketer of research-grade and clinical biomechanical equipment and software. Used by athletic trainers, physical therapists, and other professionals working to understand the movement of the human body, Bertec’s tools help athletes and patients to meet their performance and rehabilitation goals.

BETA CAE Systems is a simulation solutions provider, dedicated to the development of state-of-the-art software systems for CAE. For almost 30 years, we have been developing tools and delivering services for the front-runners in numerous industries, including the Biomechanics sector. Besides ANSA and META, BETA CAE Systems also offers many other products in their software suite which can be visited at www.ansa-usa.com

ANSA is an advanced multidisciplinary simulation pre-processing tool that offers all the necessary functionality for full-model build-up. The broad range of functionalities and special tools, along with the high level of procedure automation, ensures efficiency for all the required tasks for Biomechanics applications. META is a highly sophisticated multipurpose post-processor which offers high-performance, top-quality 3D graphics and 2D plots, seamless automation and reporting capabilities.

Cometa Systems is an Italian company producing and selling wireless EMG and inertial systems. Our systems have the smallest form factor on the market, and exclusive features such as fixed delay analog output, impedance check and waterproof coating 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.

Delsys is the worldwide leader in the design, manufacture, and marketing of a portfolio of high-performance electromyography (EMG) instruments. These include a range of wireless physiological and biomechanical sensors that are used in all types of human movement research and education. These products play a fundamental role in helping researchers, clinicians, and educators understand and solve complex questions surrounding human movement. Our EMG sensors contain a patented electrode design with several different form factors to choose from. Delsys develops its own software to support standalone use as well as a vast number of popular integrations.

In an era of accelerating change, 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.

Exponent brings together 90+ technical disciplines and 950+ consultants to help our clients navigate the increasing complexity of more than a dozen industries, connecting decades of pioneering work in failure analysis to develop solutions for a safer, healthier, sustainable world.

Our consultants deliver the highest value by leveraging multidisciplinary expertise and resources from across Exponent’s offices in North America, Asia, and Europe. Exponent’s consultants, laboratories, databases, and computing resources work seamlessly together around the globe, enabling us to produce the breakthrough insights needed to help multinational companies, startups, law firms, insurance companies, government, and society respond to incidents and push their products and processes forward.

The Grainger Institute for Engineering (GIE) was established as a multidisciplinary research institute in 2015 with a gift from The Grainger Foundation and a bold vision for the future of the College of Engineering at the University of Wisconsin–Madison.

We’re honored to have received this investment, enabling us to cultivate a future in which engineering researchers, industry, government labs, policy experts, and communities are creating transformative societal change together. Guided by the college’s Office of Research Innovation, we deliver resources, support creativity, and foster tenacity to advance the College of Engineering’s tradition of excellence. We will continue to strategically invest in our faculty, the passion they have for seeking knowledge, and their capacity to pioneer new technologies that resonate far into the future.

KinaTrax develops markerless motion capture technology that delivers precise 3D joint location and bone segment orientation in both indoor and outdoor settings. No markers allows for more natural movement and quicker set-up – and in competition. Working within MLB, the NBA, the NHL, University Biomechanics programs, and Orthopedic facilities, KinaTrax is reshaping biomechanical data collection and data delivery. Our unique biomechanical web-reporting application allows for a truly complete turn-key system.

Kistler’s track record as a manufacturer of measuring instruments for biomechanics stretches back half a century and has set new standards. In universities, clinics and rehabilitation centers, Kistler force plates are essential tools for research, sports performance diagnostics, motion analysis, clinical gait analysis and occupational safety. Kistler’s durable, high-precision piezoelectric sensors deliver measurement results that people can rely on – even under the toughest conditions.

For nearly a century, the Division of Orthopedic Surgery Research at Mayo Clinic has worked to improve outcomes and quality of life for both adult and pediatric patients with musculoskeletal disorders. In the Division of Orthopedic Surgery Research, we’re pushing scientific boundaries to find more opportunities to improve the well-being of our patients. We leverage the wealth of expertise offered by a multidisciplinary faculty to foster collaborative environment that extends the scope of orthopedic research. Together, we continue the drive to expand and enhance clinical, basic and translational research activities. Visit our booth to explore life-changing career opportunities.

MediTouch USA provides our clients with the most advanced technology assisted rehabilitation systems for orthopedic and neuromuscular rehabilitation.

MediTouch has brought customized safe and objective perturbation training to the clinic. The BalanceTutor is the leading perturbation based balance and gait treadmill, preventing falls and enabling better walking ability. The BalanceTutor allows our clients in clinic to profit from the clinically proven modality of perturbation in a customizable and repeatable format that is both safe, objective, repeatable and documented.

Motek is part of the DIH Medical group that delivers advanced rehabilitation solutions for clinical, hospital and research markets. DIH is a global solution provider of robotic and AR/VR technologies with clinical integration and insights. Our solutions support human performance research and the treatment of patients across the continuum of care. The DIH brands, which include Motek, Hocoma, and SafeGait®, are applied successfully in renowned clinics and research institutes worldwide.

For over 30 years, Noraxon has been recognized as an industry leader in biomechanics research solutions. They serve the biomechanics community on a global scale covering academic, ergonomic, clinical, and human performance applications. Noraxon delivers fully portable hardware that is integrated with its patented software, myoRESEARCH, providing data that allows for a modular and customizable approach to studying human movement in a natural environment. Learn more at www.noraxon.com.

novel is quality in force distribution measurement. novel provides a variety of systems including the emed barefoot pressure platform, the pedar in-shoe pressure measurement system, the loadsol(pad) mobile force sensors, and the pliance system for applications such as hand, socket-limb pressures, and much more. novel utilizes fully calibrated capacitive sensor technology providing the most accurate data available. Real-time wireless (loadsol/loadpad, pedar and pliance) display of the calibrated data makes the system perfect for feedback applications during rehabilitation. The loadsol in-shoe force sensor is captured to a smartphone for real-time feedback during rehabilitation and daily activities. The loadpad force sensor captures force in the same way for any application with a flexible sensor and mobile transmission.

OptiTrack is the worldwide leader in 3D tracking systems through its 3D precision, low latency output, easy to use workflows, as well as a host of developer tools. Serving markets in drone and ground robot tracking, movement sciences, virtual production, media, broadcast and character animation for film and games as well as virtual reality or mixed reality tracking, OptiTrack is the most widely used tracking solution and is the favorite of demanding world-leading academia research and professional teams.

Qualisys is a leading provider of motion capture technology and has a long history of supplying high-end camera systems and expertise in capturing and analyzing 3D movement. Our core customers exist in the biomechanical research, sport biomechanics and medical sectors, while other applications include engineering and entertainment. Qualisys is certified according to ISO 9001:2015, our clinical products are compliant with Medical Device Directive 93/42/EEC and have FDA clearance (K171547), which demonstrates our commitment to provide highest possible quality products and services to our customers. The certifications reflect our ongoing investment in technology, process and people.

Sports 3D sidekick is your end to end motion capture consulting company optimizing data acquisition and athlete experience. Providing expert advise on motion capture system installation to data presentation and implementation. We care about your athletes data and how to optimize the efficient use of the data through different features including but not limited to customization of data presentation and access.

Why SageMotion? Haptic Feedback. Customization. Open Algorithm Code.

Haptic feedback training naturally guides new movements for a wide range of impacting medical and athletic applications including to: reduce joint loading, correct asymmetry, increase walking stability, improve neurological gait deficits, reduce injury risk, improve running economy, improve standing balance, augment balance disorders, reduce ACL injury risk, enhance rehabilitation, augment sensory deficits, and facilitate post-surgery recovery.

Customization opens the possibility of an unlimited application space. Place haptic feedback/sensing nodes in any configuration across the body to measure and train the wide array of human movements.

Open algorithm code allows you to understand how movement angles are calculated and how feedback cues are initiated. Open algorithm code is in python, the most widely used and highly recommended programming language in the world for developing advanced algorithms, so you can even create and implement your own movement training code!

Simi Reality Motion Systems is a motion capture provider which specializes in markerless motion analysis in any environment, indoors or out. We provide all hardware and software required for recording, tracking, presenting, and analysis of a subject as well as their implements (ball, bat, racket, club, stick, sword, board, etc..) utilizing 2-26 high frequency and high-resolution cameras. Simi’s focus industries include pro sport, science-based coaching, research, and clinical analysis. Stop by our booth for examples of our versatile tracking!

Southwest Research Institute® (SwRI®) is a premier independent, nonprofit research and development organization. We offer multidisciplinary services leveraging advanced science and applied technologies. Since 1947, we have provided solutions for some of the world’s most challenging scientific and engineering problems.

Our objective at Theia is to radically change the biomotion industry. We capture synchronized video from an array of cameras and then use deep-learning and artificial intelligence to accurately perform the same analyses that previously required cumbersome sensors.

The MotionMonitor is a customized real-time 3D motion analysis system for analyzing human movement for various applications such as biomechanics research, injury prevention and sports performance. Data from a variety of motion capture technologies, including markerless tracking, electromagnetic trackers, optical cameras, and IMUs, as well as EMG, EEG, force plates, eye-trackers and digital video are synchronously collected with extensive visualizations and analyses capabilities.

The Department of Mechanical Engineering is a vibrant and growing department at the University of Wisconsin-Madison.

Vicon is the most trusted developer of motion capture products for the life sciences community. This year we are celebrating our 40th year, all thanks to our inspiring community of innovators and researchers around the globe. From the first commercial motion capture system in the early 1980’s, to our newest developments in markerless technology, we can’t wait to see where the next 40 years takes us.

Our department leverages broad expertise in biomedical engineering, and sciences to solve significant health and technological challenges through cutting edge research, strategic partnerships, and educating students to be critical thinkers, ethical innovators and leaders. 

Reveal accurate gait and motion data, visualize in high-quality, and get access to advanced, easy-to-use AI-powered analysis tools with Intelligent Dynamic Sensing.

Powered by leading-edge technology XSENSOR’s Foot and Gait research-grade assistive tools provide access to key insights of the lower extremities, enabling you to augment Movement Research, optimize Athletic Performance, and aid Clinical Assessment.

Our Solutions: Gait and Motion Insoles; Clinical Insoles; Walkway and Stance Pads