High-performance sintered Ag/AgCl electrodes designed for EEG and other biomedical signal applications. Manufactured with high-purity silver and uniformly chloridized for low-impedance, stable signal output. Ideal for integration into EEG caps, accessories, and biosignal devices.

The 12-claw EEG electrode with ABS body and Ag/AgCl coating ensures superior contact stability and signal conductivity for brainwave and biological signal detection. Designed for neuroscience, wearable sensors, and research-grade EEG systems. Manufactured in Dongguan, China with OEM customization available.

This 3.9mm dry electrode with ABS housing and Ag/AgCl coating features a reliable male snap design for secure, repeatable bio-signal monitoring. Ideal for ECG, EEG, EMG, and TENS/EMS systems, it ensures high signal clarity without the need for conductive gel. Manufactured in Dongguan, China, with OEM/ODM services available.

12mm sintered Ag/AgCl electrode made from silver chloride powder, designed for precision EEG signal capture and long-term stable use as a reference electrode in brain-computer interface systems.

Sintered Ag/AgCl electrodes made from high-purity silver chloride powder deliver low-noise, stable performance ideal for EEG and brain-computer interface (BCI) applications.

High-performance sintered Ag/AgCl electrodes made from columnar silver chloride powder provide superior electrochemical stability and signal clarity. Ideal for medical and research-grade biosignal detection systems.

The 8-Channel EEG Electrode Cap is designed for precise EEG signal acquisition in scientific and research environments. Built according to the 10-20 International Standard System, this cap offers stable electrode placement and excellent comfort. Produced by a leading Dongguan, China-based manufacturer, we offer OEM/ODM services to meet your custom needs.

This 32-Lead Universal EEG Cap is designed based on the international 10-20 system for precise electrode placement. Ideal for neuroscience research, clinical diagnostics, and brain-computer interface applications, the cap provides excellent signal stability, comfort, and reusability.

The 32-channel universal EEG electrode cap is designed based on the internationally recognized 10-20 electrode placement system, ensuring high-precision brainwave data collection for clinical and research applications. Made from high-quality, breathable elastic fabric, it offers superior comfort for extended monitoring sessions. Manufactured by a leading supplier and factory in Dongguan, China, this EEG cap supports customization in electrode materials, connector types, and cap sizes to meet diverse needs. OEM and ODM services are available for tailored solutions.

These Copper Gold-Plated Disc EEG Electrodes are engineered for high-precision brain signal acquisition in wet electrode EEG systems. Designed for Brain-Computer Interface (BCI) research, medical diagnostics, and neurofeedback devices, they deliver stable, low-impedance performance thanks to their high-purity copper core and durable gold coating. Manufactured by a certified Dongguan,China-based supplier , our electrodes ensure excellent biocompatibility, reliability, and compatibility with standard EEG caps and monitoring systems.

High-quality nickel plated 4.0mm ECG electrode snap buttons, manufactured in Dongguan, China. Ideal for medical connectors and ECG lead wire assemblies. Supplied by an ISO13485 & ISO9001 certified factory, ensuring safety, quality, and reliability for global medical OEMs.

The EEG electrode manufactured in Guangdong. It features AgCl plating and a comb type metal design, serving as a dry electrode for the OpenBCI system. The electrode's advantages include convenient, reliable signal acquisition, and excellent performance parameters. It has low impedance for efficient signal transmission, a wide frequency band for capturing diverse EEG signals, and high gain for amplifying weak signals. With ISO9001 ISO13485 and medical certifications, it adheres to international standards, making it suitable for various applications in neuroscience research, medical diagnosis, and rehabilitation.