TracSil Textile-Based Resistive Sensor

Measures forces and moments across multiple axes simultaneously for precise real-time load assessment. Used in biomechanical analysis, gait testing, and clinical motion capture applications in medical research and rehabilitation facilities.

Precision force sensor integrated into rehabilitation equipment for monitoring and controlling therapeutic forces during patient recovery programs.

Footwear with integrated proprietary sensor modules for continuous gait analysis and personalized movement insights. The device provides clinical-quality biomechanical assessments to support musculoskeletal health, injury prevention, and postural improvement.

High-precision sensor-integrated system for home-based rehabilitation featuring gamified training programs covering upper limb, lower limb, hand, speech, and cognitive functions. Delivers immersive rehabilitation experience with motion recognition matching rehabilitation therapist techniques.

Wearable inertial sensor system for portable motion analysis and gait assessment, enabling mobility evaluation in clinical and real-world settings.

Smart foot sensor technology for wearable devices that monitors gait and foot pressure patterns to support orthopaedic rehabilitation, injury prevention, and mobility assessment. Enables non-invasive real-time data collection for clinical decision-making in physiotherapy and post-operative care.

Intelligent textile garments with integrated motion sensors for tracking patient progress during rehabilitation exercises. These wearables provide continuous data collection during physical therapy and recovery monitoring.

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.

Flexible textile systems with embedded strain sensors for monitoring joint movement and range of motion during orthopedic rehabilitation. Designed to provide real-time feedback on joint function and movement patterns.

Smart textiles with embedded sensors for real-time posture detection and correction feedback in orthopedic and physiotherapy applications. Designed to support postural rehabilitation and movement pattern analysis during physical therapy.

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.

Medical compression garments with embedded sensors for monitoring therapeutic compression effectiveness and patient compliance. Integrates electronic monitoring into functional compression textiles for vascular and orthopedic therapy.