Three-dimensional motion analysis software Visual3D
Visual3D is a globally recognized three-dimensional motion analysis software in the field of biomechanics that allows for the creation of biomechanical models, data analysis, and report generation based on measurement data obtained from a three-dimensional motion analysis system. Users from various fields such as rehabilitation, neuroscience, engineering, robotics, sports (performance, injury prevention), and orthopedics utilize it. By using Visual3D, you can fully analyze data obtained from your existing motion capture system and maximize the potential of that data.
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basic information
● Realization of model creation with various marker sets ● Optimal calculations for biomechanics research, supporting kinematics and kinetics. ● Capable of various types of calculations such as joint angles, joint moments, and center of mass positions. ● Supports data analysis from force sensors and force plates. ● Displays angle and moment data in clear reports and graphs, with text output also available. ● Real-time display and analysis of data from 3D motion analysis devices like Qualisys in Visual3d. ● Capable of outputting to OpenSim (musculoskeletal software).
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Applications/Examples of results
Qualisys Track Manager and plugin connection. Rehabilitation/Assistive Technology.
Company information
We handle high-precision measurement equipment that can be used for ergonomics, building structure, behavior, seismic analysis, fluid analysis, VR, and more, both domestically and internationally. In particular, the Qualisys system we offer is a leading company in the industry that manufactures a three-dimensional optical motion capture system based in Sweden. Qualisys's core technology has been developed since 1989, and based on years of accumulated experience, they develop everything in-house, from hardware like cameras to software. Currently, motion capture systems are used in a wide variety of fields, including medicine and industry. Among their products, there is a unique model that can measure underwater, enabling the acquisition of high-precision three-dimensional data in environments where motion analysis and validation of accuracy were previously impossible.