Biiothesiometer

Advanced system for acquisition and measurement of bioelectrical signals from peripheral nerves and cardiac tissue. Supports clinical diagnostics and biomedical research applications.

Biopotential and bioimpedance sensing technology for non-invasive measurement of electrical signals and tissue impedance. Enables real-time physiological monitoring in diagnostic and wearable medical applications, supporting continuous patient assessment and clinical decision-making.

Intraoperative neuromonitoring device for real-time neural function assessment during surgery. Bioscope detects and alerts to potential nerve injury across general surgery, neurosurgery, and otolaryngology procedures, reducing post-operative neurological complications.

Biofeedback measurement and monitoring system for therapeutic applications. Assists in clinical assessment and patient management through real-time physiological data.

A non-invasive diagnostic device that evaluates neuromuscular function through AI-analyzed biosignals, suitable for patients with mobility constraints or those requiring alternative assessment methods. The device supports standardized diagnostic and severity evaluation in clinical and point-of-care settings.

Quantitative detector for sensory nerve assessment and evaluation. Provides objective measurements of sensory nerve function for neurological diagnosis and monitoring. Applicable in neurology, endocrinology, and peripheral nerve disorder evaluation.

A non-invasive device that captures and analyzes neuromuscular biosignals for standardized quantitative assessment of neuromuscular and musculoskeletal conditions. The system minimizes variability from examiner skill and patient condition changes, providing consistent objective measurements.

Non-invasive electrodiagnostic device for automated screening of peripheral sensory neuropathy and cardiac autonomic neuropathy. Enables early detection of nerve damage through biosignal measurement, supporting timely clinical intervention and patient outcomes.

A portable, low-power, high-sensitivity bioelectric sensor technology designed to capture both cerebral and muscular electrical signals for rehabilitation and prosthetic control applications.

A thermal sensory testing device used to assess temperature perception in neuropathy screening. It helps detect thermal discrimination impairments associated with peripheral neuropathy.

A biosensor-based device that provides electromyographic biofeedback for muscle activity monitoring and therapeutic applications. It is designed to measure and display muscle electrical signals for clinical and rehabilitation purposes.

System for monitoring neurophysiological parameters in clinical research and patient assessment applications.