DIERS 4D motion® Lab /// high performance

A 3D motion analysis and assessment system designed for sports medicine and rehabilitation. The device measures movement patterns and performance metrics to evaluate athletic performance and rehabilitation progress.

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.

Motion capture system for analyzing human movement in clinical and sports medicine settings. Captures 3D body kinematics to assess gait, rehabilitation progress, and biomechanical function. Integrates with clinical workflows for objective movement assessment and performance monitoring.

AI-powered 3D posture and spine-pelvis assessment analyzer that captures and analyzes body alignment, spinal curvature, and pelvic positioning in real-time. Enables quantitative evaluation of postural deviations for clinical assessment, orthopedic screening, physiotherapy planning, and sports performance optimization.

Electronic skin-based device for monitoring movement and physical activity in rehabilitation and sports medicine applications. Provides real-time kinetic data for assessment of patient mobility and exercise performance.

Multi-mode computerized robotic dynamometer for identifying, treating, and documenting functional limitations. Enables measurement and comparison of strength across extremities to support progression of rehabilitation programs.

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.

3D postural analysis system for physiotherapy and orthopaedic assessment. Captures and evaluates patient posture and body alignment in three dimensions to support clinical diagnosis and treatment planning. Enables objective measurement of postural deviations and monitoring of therapeutic progress.

Digital gait capture and plantar pressure measurement system for orthotic assessment and custom 3D-printed orthotic fabrication. Combines 3D scanning technology with advanced gait analysis software to quantify foot dynamics and inform personalized orthotic design for injury prevention and pain management.

Integrated system for postural and biomechanical analysis combining baropodometric pressure mapping, 3D laser scanning, spinal column assessment, and gait analysis. Includes CNC milling technology for fabricating personalized orthotic insoles in under 3 minutes with high precision and repeatability. Enables objective, longitudinal comparison of morphological and postural changes in clinical and research settings.

3D sensor-based motion analysis and posture measurement solution using innovative markerless technology for precise measurement of range of motion and postural alignment. MFDS (K-FDA) approved for standard musculoskeletal system measurement.

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