FREELAB

Motion capture-based platform for comprehensive gait assessment and analysis in clinical settings. Enables quantitative measurement of walking patterns for diagnosis and rehabilitation planning.

Qualisys is a high-precision 3D motion analysis system used in medical and rehabilitation fields, enabling quantitative analysis of human movement, including gait. Based on infrared camera–based motion capture technology, it provides highly reliable data on key gait parameters such as gait cycle, joint angles, and step length. By integrating with various medical and research devices, including force plates and electromyography (EMG), the system enables comprehensive gait and musculoskeletal analysis.

Portable motion analysis system for exercise prescription and movement assessment. Utilizes advanced motion capture technology to evaluate biomechanics, guide exercise form, and monitor physical rehabilitation outcomes. Enables real-time movement tracking and data-driven exercise programming for clinical and physiotherapy settings.

4D motion analysis system for biomechanical assessment of the musculoskeletal system using light-optical 3D/4D spine and posture analysis, foot pressure and gait analysis, and muscle strength measurement. Supports functional diagnostics across orthopedics, neurology, sports medicine, and rehabilitation settings.

The 3D gait analysis system is a solution designed to precisely analyze movement pattern changes by collecting 3D motion, acceleration, and joint trajectory data in various environments. This system ensures accurate data collection even during rapid movements and in challenging conditions. It features small, water-resistant sensors and improved straps, allowing for natural movement measurement. Additionally, it offers outstanding technical advantages such as over 10 hours of battery life, lossless data capture, and robust wireless communication. It is the ideal choice for customers requiring precise 3D gait analysis.

Real-time motion capture system for tracking patient movement during physical therapy and rehabilitation programs. Provides objective data for assessing recovery progress and treatment efficacy.

Advanced biomechanical analysis system using 4D motion capture, 20,000+ pressure sensors, and AI-trained algorithms to assess gait abnormalities and musculoskeletal imbalances in real-time. Enables clinicians to prescribe personalized custom insoles for athletes and patients requiring movement correction and performance optimization.

Immersive Labs is an advanced virtual reality-based system for dynamic posturography and balance assessment. It integrates biomechanical measurement technology with immersive virtual environments to evaluate postural stability, mobility, and fall risk in clinical and research settings. The system enables precise quantification of balance control mechanisms and supports rehabilitation monitoring for vestibular and neurological conditions.

Motion technology solution for exercise prescription and movement analysis. Provides real-time kinematic assessment to optimize physical training protocols and rehabilitation outcomes.

Optical motion capture technology for detailed analysis of joint movement and range of motion assessment. Supports orthopedic evaluation and rehabilitation outcome measurement.

A body tracking and mixed virtual reality system designed for posture, gait, and balance assessment, fall prevention, and neurorehabilitation. The technology enables comprehensive movement analysis and rehabilitation training through immersive virtual reality environments.

Motion capture textile system developed through AiQS partnership with Synertial for movement analysis and assessment. Enables quantitative measurement of patient mobility and rehabilitation progress in therapeutic settings.