Motor Function Quantitative Evaluation System

Sensor-equipped robotic platform for quantitative assessment of neuromotor function. Generates objective performance metrics for diagnostic and prognostic evaluation.

Integrated diagnostic platform for simultaneous assessment of neurological, otological, and ophthalmological conditions. Enables coordinated evaluation of eye movements, balance function, and related neurological parameters for enhanced clinical diagnosis.

Robotic device for functional assessment and diagnostic evaluation of upper limb motor control. Provides objective measurements of motor function and recovery progression.

Medical diagnostic equipment specialized for neurological assessment and monitoring. The device provides quantitative measurements for neurological condition evaluation.

Comprehensive neural recording and analysis system for neurological disorder assessment and monitoring. Provides objective neurophysiological biomarkers for diagnosis and treatment response evaluation.

NeuroSwift® is an advanced eye movement data collection system integrated with videonystagmoscope technology for neuro-otological and ophthalmological diagnostics. The device captures and analyzes ocular movements to assess vestibular function, neurological disorders, and balance-related conditions. It enables comprehensive evaluation of nystagmus, saccades, and pursuit movements for clinical diagnosis and patient monitoring.

Computer vision and artificial intelligence-based system generating comprehensive rehabilitation assessment reports including gait analysis, isokinetic muscle strength, joint range of motion, and fall risk evaluation. Provides quantified data to guide targeted rehabilitation planning and monitor functional progress.

NeuroSwift® Pro is an advanced eye tracking system for vestibular and neurological diagnosis. It provides precise oculomotor measurements to support clinical assessment of balance disorders, vertigo, and neurological conditions. The device integrates comprehensive neuro-otological and ophthalmological diagnostic capabilities for efficient patient evaluation.

Advanced imaging systems optimized for neurological diagnosis and treatment planning. Supports stroke assessment, tumor evaluation, and neurological disease monitoring.

Integrated diagnostic system for assessing cerebrovascular and aortic function parameters. Supports comprehensive vascular disease monitoring and cardiovascular health evaluation.

High-precision EEG acquisition system for neurophysiological monitoring and brain functional assessment. Designed for clinical research, cognitive evaluation, and neurological diagnostics across neurology, psychiatry, and rehabilitation medicine. Enables real-time signal capture and analysis for brain activity mapping and intervention monitoring.

An artificial intelligence system for screening and detection of brain diseases from neuroimaging studies. The platform generates automated diagnostic support with structured image-text reports for clinical evaluation.