Biomechanics tools for university research labs, sports science programs, and biomedical engineering departments.
The research field demands repeatable measurements under identical conditions, plus the freedom to analyze any movement of the human body. The BioLab Suite includes dedicated tools for exporting 2D and 3D data from any gesture — sports, ergonomic, or research — without the constraints of marker-based systems.
For university biomechanics labs, kinesiology programs, and biomedical engineering departments, this means faster study setup, broader protocol possibilities, and lower per-subject costs compared to conventional motion capture.
Markerless motion capture for any human body gesture in sports, clinical, ergonomics, and research. Calculate angles, velocities, accelerations, and joint positions from dual-plane simultaneous recordings. Export data for further processing in your research pipeline.
Explore BIOFREE →
Single-camera markerless motion capture that exports joint coordinates to animation software, video games, VR applications, and research workflows. AI-driven joint detection with compatibility for standard motion capture data formats.
Explore BIOTRACK →The BioLab Suite is built on AI and neural network methods validated by independent peer-reviewed studies. Key reference topics include:
Undergraduate and graduate programs use BIOFREE and BIOTRACK for teaching motion analysis and enabling student research projects without the overhead of a traditional marker-based lab.
BME departments integrate BioLab into research on prosthetics, assistive devices, and rehabilitation robotics — using markerless data to validate designs.
University sports science labs use BIORUN, BIOBIKE, and BIOFREE for protocols that would be impractical with marker-based systems due to setup time or subject compliance.
We work with universities and research institutions worldwide. Talk to us about volume pricing, multi-seat licenses, and academic partnerships.