EMG & EKG Electrode

GC-2335 Disposable EEG / ABR-BERA Electrode With Ag/AgCl Sensor

Model No.

GC-2335

Sizes

35*24 MM

Backing

Foam/Non-woven

Snap 

3.9MM  Button

Gel

Conductive Hydrogel

Liner

0.1mm PET

Product Specification

Model No.

GC-2335

Sizes

35*24MM

Backing

Foam/Non-woven

Snap 

3.9mm  Button

Gel

Conductive Hydrogel

Liner

0.1mm PET

Color

White, black option

Packing

3pcs/film, 3pcs/bag ,2000pcs/ctn,

Report

ROHS/Bio-compatibility report

Certificate

CE ISO13485 

 

Product Feature

 

1. High-quality Ag/AgCl material
Ensures stable signal acquisition and low electrode-skin impedance.

 

2. Low noise and high sensitivity
Designed for recording extremely low-amplitude auditory brainstem responses (μV level).

 

3. Pre-gelled conductive hydrogel
Provides fast skin contact, consistent conductivity, and improved patient comfort.

 

4. Disposable and hygienic design
Single-use electrode reduces cross-contamination risk and meets clinical hygiene requirements.

 

5. Strong and reliable adhesion
Maintains stable contact during testing, suitable for both adult and pediatric patients.

 

6. Skin-friendly materials
Latex-free and biocompatible materials minimize skin irritation.

 

7. Compatible with standard ABR/BERA systems
Available with snap / clip / touch-proof connectors upon request.

 

Product Function

 

  • Recording auditory brainstem responses (ABR / BERA)
    Captures neural electrical signals generated along the auditory pathway following sound stimulation.

  • Supporting hearing assessment and screening
    Used for newborn hearing screening, pediatric audiology, and adult diagnostic evaluations.

  • Assisting neurological pathway evaluation
    Helps clinicians assess the integrity and function of the auditory nerve and brainstem.

  • Providing accurate and repeatable test results
    Ensures reliable signal transmission for consistent clinical measurements.

  • Enabling non-invasive diagnostic procedures
    Allows safe, painless monitoring without penetrating the skin.