InsoleX BT

Smart insole with integrated flexible pressure sensors for real-time monitoring of plantar pressure distribution and gait analysis. Enables continuous assessment of foot biomechanics for patients with diabetic neuropathy, plantar fasciitis, and post-operative rehabilitation. Provides data-driven feedback to optimize orthotic interventions and prevent pressure-related complications.

Sensorized treadmill for gait and running analysis under real conditions with high-frequency acquisition of biomechanical data. Captures detailed motion parameters during walking and running.

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.

Foot pressure and gait analysis system for functional assessment of lower extremity biomechanics. Includes biofeedback training capabilities for therapeutic interventions and patient monitoring during rehabilitation.

MedIstep is a gait analysis system based on markerless motion analysis using walking video recordings, enabling convenient and efficient measurement of gait parameters. The system can analyze data with over 95% accuracy in a minimum space of 3 m × 5 m, without the need for any wearable sensors. With the integrated SPPB (Short Physical Performance Battery) test, it provides a comprehensive assessment of lower-limb strength and balance, and can be utilized to predict fall risk in older adults and rehabilitation patients. In addition, comparison of assessment data allows analysis of rehabilitation outcomes and functional changes over time, contributing to individualized patient management and customized exercise prescriptions.

Foot pressure measurement system designed for sports performance analysis and injury prevention. Used by biomechanists and sports medicine professionals for athlete assessment.

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.

Camera-free motion capture textile system that captures movement and joint kinematics in real-time for gait analysis and rehabilitation assessment.

Professional-grade health monitoring device for clinical and rehabilitation facility use.

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 BITalino wearable biosignal kit for electromyography and muscle activity monitoring. Enables portable measurement of muscle activation patterns for sports science and rehabilitation applications.