GT Cap BCI Brain-Computer Interface Electrode Cap

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.

Available in large, medium, and small sizes, this EEG cap is designed to hold and position electrodes on the patient's head for electroencephalogram recordings. It facilitates proper electrode placement for comprehensive brain activity monitoring.

Head cap for EEG systems compatible with the 10/20 electrode placement system. Available in sizes P, M, and G with removable electrodes for standardized EEG electrode positioning.

Reusable elastic EEG cap with pure tin electrodes using International 10-20 positioning system for electroencephalography monitoring.

Low-cost EEG amplifier system featuring a novel cap design that enables remote neurology diagnostics. The device pairs with smartphones to facilitate portable electroencephalography testing for neurological assessment and monitoring.

Sized EEG cap designed specifically for pediatric patients to enable proper electrode positioning during electroencephalographic studies. This cap uses the International 10-20 positioning system adapted for smaller head circumferences.

The pre-wired EEG headcaps have electrodes positioned according to the International Standard System 10-20 and pre-assembled on an elastic fabric cap that fits perfectly on each head.

Fabric caps with integrated electrode mounts for standardized electrode placement in electroencephalography. Improves testing consistency and patient comfort.

EEG-based brain-computer interface system enabling neural signal interpretation and conversion to device control commands for research and clinical applications.

Complete neural interfacing system combining high-fidelity motor cortex signal acquisition with real-time decoding for external device control. Supports clinical rehabilitation and assistive technology applications.

A wearable brain signal acquisition and processing system that translates neural impulses into control commands for therapeutic applications. The system enables neuromuscular assessment and training without requiring physical movement from the user.

Advanced neural stimulation devices designed for brain-computer interface applications. These systems enable direct communication between the brain and external devices through electrical stimulation and signal processing technology.