Medical dual

A dual-belt instrumented treadmill designed for biomechanical measurement and gait analysis. The system integrates force measurement technology to provide accurate data on walking and running mechanics. It is used in both research and clinical applications for movement assessment.

Multi-functional medical device or imaging system with dual capabilities. Provides versatile diagnostic or therapeutic functionality for clinical applications.

Dual-axis incline sensors for medical equipment requiring position and orientation measurement. Applicable in patient monitoring and rehabilitation systems.

Advanced balance assessment and rehabilitation platform integrating real-scene and VR dual-visual stimulation for comprehensive evaluation of static and dynamic postural control in clinical settings.

Advanced clinical solution for balance assessment and mobility evaluation using biomechanical measurement technology. Enables clinical teams to diagnose and treat balance disorders in patients with precise force and movement data.

An integrated diagnostic platform combining pressure measurement and balance assessment in a single system. Enables comprehensive evaluation of plantar pressure distribution and postural stability simultaneously.

ePOSTURO is a computer-based posturography system for objective assessment and diagnosis of balance disorders and postural stability. The device measures patient movement during standardized balance tests, providing quantitative data for vestibular and neurological evaluation. Clinical applications include diagnosis of dizziness, vertigo, fall risk assessment, and monitoring of rehabilitation progress.

This balance measurement device analyzes left and right pressure distribution and center-of-gravity movement across five measurement modes (one static and four dynamic), enabling the quantitative characterization of balance patterns relevant to ataxia-related conditions. Based on the measurement data, the system categorizes body balance characteristics into four body types and provides grade-based, customized exercise guidance. Through integration with a dedicated application, the system supports real-time visualization and intuitive interpretation of measurement results. Its portable and mobile design allows efficient use in a variety of environments, including rehabilitation centers, Pilates studios, and clinical settings.

Integrated posturography platform providing accurate balance assessment and effective visual biofeedback-based rehabilitation for vestibular and postural disorders in clinical environments.

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.

Clinical Dynamic Posturography/Immersive Virtual Reality system for balance assessment and vestibular testing. This advanced system provides dynamic posturography measurements combined with immersive virtual reality capabilities for comprehensive balance and mobility evaluation.

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.