Three-Dimensional Motion Analysis System Series

High-precision optical motion capture system designed for medical applications including gait analysis, movement assessment, and rehabilitation monitoring. Provides accurate 3D position and motion data for clinical and research settings.

Biomechanical measurement system for three-dimensional gait analysis in static and dynamic conditions. Enables precise assessment of walking patterns and foot mechanics for orthopedic and rehabilitation applications.

A computer vision-based system employing 3D depth measurement technology to analyze human gait and body posture. The system integrates AI algorithms to identify deviations from normal movement patterns and provides comprehensive biomechanical assessment data.

Digital system that captures and analyzes user movement patterns and athletic performance metrics. Provides quantitative assessment of movement quality and biomechanical data for clinical evaluation.

Systems for biomechanical assessment and gait analysis during running and walking tasks. Utilized in sports medicine and rehabilitation to identify movement dysfunction and optimize training protocols.

Integrated system for capturing and analyzing human movement patterns and kinematics. Supports functional assessment in orthopedic diagnosis and rehabilitation planning.

Optical-based system that delivers accurate three-dimensional positional data for anatomical movement analysis. Supports clinical assessment of patient mobility and functional recovery.

An integrated system for analyzing walking patterns and lower limb biomechanics. Provides quantitative gait assessment data for musculoskeletal evaluation and rehabilitation planning.

Specialized imaging technology for capturing rapid movement patterns during gait analysis and athletic assessment. Provides detailed kinematic data to identify movement imbalances and biomechanical abnormalities.

A system for analyzing posture in three dimensions, used for assessment and evaluation in rehabilitation, physical therapy, and occupational therapy settings.

A mobile measurement system based on wireless inertial sensors (IMU) that enables detailed assessment of body posture and gait patterns. It provides comprehensive real-time data on patient posture and movement without requiring a biomechanics laboratory. The system is designed for clinical, physiotherapy, and sports applications, offering mobility and quick configuration without extensive laboratory infrastructure. Moka detects movement disorders, supports personalized therapy, and displays data through clear graphs and animations.

Computer vision and artificial intelligence-based system generating comprehensive rehabilitation assessment reports including gait analysis, isokinetic muscle strength, joint range of motion, and fall risk evaluation. Provides quantified data to guide targeted rehabilitation planning and monitor functional progress.