Eye Movement Analysis System

Electromyography system for measuring and analyzing muscle electrical activity during functional movements. Enables comprehensive assessment of neuromuscular function in orthopedic and postural diagnostics.

A diagnostic system for measuring and analyzing surface muscle electrical signals for assessment of neuromuscular function. Provides detailed feedback on muscle activation patterns and coordination during movement or rehabilitation activities.

Integrated system for capturing and analyzing human movement patterns and kinematics. Supports functional assessment in orthopedic diagnosis and rehabilitation planning.

Digital system that captures and analyzes user movement patterns and athletic performance metrics. Provides quantitative assessment of movement quality and biomechanical data for clinical evaluation.

An integrated system combining EEG recording with event-related potential analysis capabilities. Provides comprehensive assessment of brain electrical activity and cognitive responses.

Systems for biomechanical assessment and gait analysis during running and walking tasks. Utilized in sports medicine and rehabilitation to identify movement dysfunction and optimize training protocols.

Motion analysis system for quantitative gait assessment and evaluation, applicable for screening neurological conditions such as obstructive sleep apnea hypopnea syndrome and movement disorders.

A motion analysis and dynamic electromyography solution for medical diagnosis and monitoring of neuromuscular and musculoskeletal conditions. This technology provides quantitative assessment based on neuromuscular biosignals to support evaluation and monitoring processes.

A portable, CE-marked class IIa medical device designed for clinical eye movement recording and analysis. The system uses two infrared cameras recording at 400 fps to capture eye movements without patient calibration. Proprietary AI algorithms compute objective biomarkers displayed alongside reference ranges to support differential diagnosis of neurological disorders, particularly atypical parkinsonian syndromes and cerebellar dysfunction. The examination takes approximately 10 minutes and results can be interpreted with eye movement timecourses and video recordings.

Advanced eye-movement tracking and analysis system for detecting nystagmus and assessing vestibular function during diagnostic testing. Provides real-time video recording and quantitative analysis of ocular movements to support accurate vestibular disorder diagnosis.

An equipment system that measures and analyzes movement patterns in users with abnormal gait using electric motors and axis-connected encoders. The device provides detailed analysis and visualization of motion data for clinical assessment.

eVNG USB is a video nystagmography system for detecting and analyzing eye movement disorders related to vestibular and neurological conditions. The device captures high-speed infrared eye tracking to diagnose nystagmus, vertigo, and balance disorders in clinical and research settings. USB connectivity enables seamless integration with diagnostic workstations for real-time analysis and documentation.