Wearable Saline-Based EEG/ERP System

Wearable EEG system for non-invasive brain activity monitoring and neurological assessment. Enables real-time electroencephalography data collection in clinical and research settings with miniaturized electrode technology and wireless connectivity. Supports applications in epilepsy monitoring, sleep disorders, cognitive assessment, and neuroscience research.

A wireless electroencephalography system utilizing dry electrode technology for EEG signal acquisition. Eliminates the need for conductive gel and provides convenient, non-invasive brain activity monitoring.

A lightweight, wearable magnetoencephalography system based on optically pumped magnetometer technology that enables long-duration continuous brain monitoring. The system supports flexible experimental designs, multi-person hyperscanning research, and customizable magnetic shielding configurations. It allows for non-invasive, real-time detection of neural activity with high temporal and spatial resolution without requiring traditional magnetic shielding rooms.

Electroencephalography system for continuous brain electrical activity monitoring. Integrated with transcranial doppler technology for comprehensive neurological assessment.

A portable brain imaging system featuring an adaptive helmet design suitable for infants, children, and adults. Participants can move freely during measurement without requiring static positioning. The system uses OPM (optically pumped magnetometer) detectors that do not require liquid helium and provides non-invasive, non-radiative imaging. It supports multi-person simultaneous detection capabilities.

A system for continuous monitoring and recording of brain electrical activity for clinical diagnostic purposes. Suitable for neurological assessment, sleep studies, and seizure monitoring.

Wearable neural sensing device for real-time polysomnographic monitoring including sleep stage classification. Enables detection of sleep pathologies and integration with therapeutic stimulation protocols.

Electrode-based headset for recording brain electrical activity during sleep studies. The EEG headset is used in polysomnography for sleep stage classification and seizure detection.

A portable EEG system designed for continuous monitoring of brain electrical activity over extended periods. Enables long-term recording of neurological activity in clinical and research settings.

Electroencephalography (EEG) system for non-invasive neurological monitoring and brain activity assessment. Captures electrical signals from the scalp to support diagnosis of seizure disorders, sleep disturbances, and other neurological conditions. Designed for clinical and research applications in neurology departments and diagnostic centers.

Portable electroencephalography system for neurological diagnostics in diverse clinical settings. Provides flexibility for bedside monitoring and point-of-care brain activity assessment.

A continuous monitoring system based on non-invasive electrophysiology technology. The system prevents information loss from extended decalcification periods and enables early analysis and diagnosis of physiological parameters. It provides real-time monitoring capabilities for medical diagnostic purposes.