BAIOBIT

Bimeo is a sensor-based neurological rehabilitation system that combines objective motion assessment with gamified therapy for upper limb and balance recovery. Using real-time kinematic data and interactive exercises, it enables clinicians to measure precise motor gains and improve patient adherence across multiple recovery stages.

Real-time exercise performance feedback device for rehabilitation and physical therapy monitoring.

Innovative wearable medical device for rehabilitation and motor recovery support. Designed to advance patient autonomy through interactive therapeutic applications.

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.

AI-powered wearable sleeve system combining stretchable smart textile sensors with mobile application software to track and analyze human movement patterns, posture, and physical activity for rehabilitation monitoring, sports medicine, and clinical motion assessment applications.

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.

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.

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

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.

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.

ONASPORT is a non-invasive biometric monitoring system that analyzes sweat composition to measure hydration, lactate, and physical exertion in real-time. Designed for physiotherapy and sports medicine applications, it provides wearable monitoring without invasive procedures or specialized laboratory facilities.

Electronic skin system designed to support physical rehabilitation and fitness monitoring applications. Provides feedback on movement quality and rehabilitation progress during therapy programs.