TracME Movement Tracking Sleeve

A wearable device that monitors physical activity levels, movement patterns, and sleep quality metrics. The data supports rehabilitation assessment and patient compliance monitoring in medical applications.

Electromyography sensor-integrated textiles for monitoring muscle electrical activity and motor function. These conductive fabric sensors enable non-invasive muscle activity assessment in neurological and rehabilitation medicine applications.

Wearable sensor device for lower limb prosthetic patients that captures activity and functional data over extended wear periods. Data collected supports clinical decision-making in prosthetic rehabilitation planning.

Inertial measurement unit sensor integrated into wearable exosuit for precise user motion tracking during rehabilitation. Enables real-time gait cycle analysis and synchronized assistance delivery.

Integrates high-precision sensors to accurately identify users' subtle movements and offers gamified rehabilitation training programs. It covers upper limb, lower limb, hand, speech, and cognitive training, precisely replicating rehabilitation therapist techniques and improving user compliance.

A wireless EMG and inertial measurement system for motion analysis and electromyographic assessment in clinical, research, and sports applications.

Conductive textile sensors that detect mechanical strain and deformation integrated into fabric through e-broidery technology. Suitable for monitoring patient movement, joint motion, and musculoskeletal activity in rehabilitation and orthopedic applications.

A wearable medical device developed for patient monitoring and motion sensing applications. The device combines elegant industrial design with pragmatic clinical functionality to address specific patient needs.

A wearable device integrated with high-precision sensors that can accurately recognize users' subtle movements. It combines with gamified rehabilitation training programs to provide immersive home-based rehabilitation training covering upper limb, lower limb, hand, speech, and cognitive training. It precisely replicates rehabilitation therapist treatment techniques to improve user compliance.

A wearable robotic exosuit designed for gait rehabilitation and real-time movement analysis. It features AI-based gait analysis, bio-inspired tendon-driven robotics for lightweight assistance, and variable-elasticity ligament-inspired technology for dynamic support. The device includes on-device AI motion analysis with cloud-powered deep learning capabilities for personalized diagnosis and training guidance, with all-day comfort through proprietary AeroBind apparel technology.

A wearable sensor system designed to monitor physiological and movement parameters in patients during recovery from lumbar spinal procedures. The device collects real-time data on patient activity and rehabilitation compliance for remote clinical assessment.

Electronic textiles with integrated sensor technology for continuous patient monitoring and vital sign tracking. Seamlessly integrated into garments for non-invasive health data collection.