Sleep Study EEG Electrodes

Wearable event-related potential electrodes using saline-based technology for comfortable long-term wear. Eliminates conductive paste application while maintaining signal quality for extended monitoring periods.

High-quality EEG, EMG, ECG and PLM electrodes for clinical neurophysiology and cardiac monitoring applications.

Reusable electrodes for electroencephalogram and electromyogram signal acquisition as part of the EEG-EMG human-machine interface system for neurological and neuromuscular monitoring.

Wireless electroencephalography and event-related potential recording system with dry electrode technology. Supports high-density montages for cognitive neuroscience, psychology, and clinical neurophysiology applications.

Lead wires with integrated electrodes for electroencephalography (EEG) and electromyography (EMG) monitoring. These wires facilitate the measurement of brain electrical activity and muscle electrical signals.

Electrodes and leads designed for electrocardiogram (EKG/ECG) and electroencephalogram (EEG) monitoring. These components are used to detect and record electrical activity of the heart and brain in medical devices.

Electrodes for 24-hour ambulatory cardiac monitoring in outpatient settings. Support extended electrocardiographic monitoring for arrhythmia detection and cardiac assessment.

Adhesive electrodes designed for wearable health monitoring applications. These electrodes are manufactured using printed electronics technology and medical-grade processes to ensure comfort, performance, and compliance for ExG (electrocardiography, electromyography, electroencephalography) monitoring applications.

Electrodes for brain electrical activity and muscle electrical activity monitoring. These electrodes are part of the company's EEG-EMG human-machine interface solutions for neurological and neuromuscular applications.

Reusable electrocardiogram electrodes for ECG signal acquisition and monitoring. These electrodes are integrated into the company's ECG human-machine connection solutions for accurate cardiac signal transmission.

An electrode cap designed for EEG applications to secure and position multiple electrodes on the scalp. It enables standardized electrode placement for brain activity recording and neurological diagnosis.

Specialized EEG system configured for sleep research and clinical sleep studies, providing high-quality brain activity monitoring throughout sleep cycles.