Specialists in Motion Capture Systems & Services

For biomechanical research and ergonomics

Clinical research / rehabilitation

For research, therapy and training of balance and gait

Gait and running analysis

For clinics, biomechanics and orthopaedics

Sports / performance diagnostics

Analysis and training systems for improving performance and therapy in sports

Object tracking / Engineering

Real-time systems used for object tracking in robotics, drones and ground-truth reference.

Animation / Virtual reality

Full-body motion capture and skeletal solving for film, games, animation, virtual reality and research

Motion is our passion!

3D Motion Capture has been our expertise and our passion for more than 20 years, and we’re still excited about the use of this technology in both new and existing applications. We work closely with our users to obtain a deep understanding of their requirements – we are then able to use our experience and know-how from similar applications to suggest the best solutions, consisting of hardware, software and training. Our goal is that the technology should contribute to increased efficiency and new possibilities. We hope that you’re interested in what we offer, and we look forward to hearing from you!

Reference project

Understanding of human movements and strains

ETH Zürich – Laboratory for Movement Biomechanics

The Laboratory for Movement Biomechanics focusses on the study of whole-body and joint kinetics and kinematics during both daily and sport activities. Through targeted application of key experimental and computational techniques, we aim to understand the control and quality of movement but also musculoskeletal conditions in healthy and pathological subjects.

Among others, the interdisciplinary group of researchers is known to answer complex questions based on precise measurements and for sophisticated evaluations and modeling. Their unique, movable fluoroscope allows to capture the 3D kinematics of the joints during movement. The laboratory for Movement Biomechanics at ETH Zurich supports the development of medical and biomechanical technologies and evaluates their accuracy.