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An integrated system for designing and manufacturing personalized orthotic insoles based on gait and body analysis data. Provides custom biomechanical solutions for lower limb support and alignment.

System for measuring foot pressure distribution and analyzing body posture and gait patterns during walking. Used in orthopedic assessment, rehabilitation planning, and postural correction.

A biomechanical analysis and custom insoles system powered by Dynexus technology. It combines 4D recording, 20,000+ pressure sensors, high-speed motion scanning, automatic joint detection, and AI-enabled biomechanical data from over 400,000 patients to provide real-time gait analysis and personalized movement insights for medical professionals.

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.

Ergonomically designed functional insoles with H-point air cushion technology for maintaining foot stability and body balance. The system integrates balance analysis data to provide customized support for posture health management and gait correction.

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.

Custom orthopedic insoles that reduce knee pain by correcting foot alignment and gait mechanics. These devices help distribute weight evenly and reduce abnormal stress on the knee joint.

Customized insole products manufactured based on individual gait and postural analysis. Designed to correct biomechanical abnormalities and provide therapeutic support for lower limb conditions.

Wearable smart insoles designed for rehabilitation, prevention, and connected health monitoring, enabling personalized gait analysis and monitoring for orthopaedic care.

OptoGait is an innovative gait and running analysis system based on optical sensor technology. Its portable and easy-to-install design allows precise, real-time motion data measurement on both the ground and treadmills. It analyzes foot contact time, stride length, and asymmetry with 1 ms accuracy, making it widely applicable for rehabilitation, sports performance, and clinical assessment. With intuitive software reports and video synchronization capabilities, OptoGait enables objective, data-driven evaluations and the development of customized training and rehabilitation strategies.

Advanced biomechanical analysis system using 4D motion capture, pressure sensors, and AI-trained algorithms to assess gait abnormalities and musculoskeletal imbalances. Enables prescription of personalized custom insoles for correction of movement disorders in athletes and patients with mobility impediments.

Advanced biomechanical analysis system using 4D recording, pressure sensing, and AI-trained algorithms to assess gait abnormalities and musculoskeletal imbalances. Generates personalized orthotic insole prescriptions based on real-time movement data for athletes and patients requiring corrective footwear solutions.