The Silver Chloride (AgCl) Comb EEG Electrodes are designed to provide superior signal clarity and precision in brainwave monitoring applications. Made from high-quality Silver Chloride material, these electrodes offer optimal conductivity for reliable and accurate EEG readings. Their unique comb-shaped design minimizes skin contact interference, enhancing signal quality and reducing noise in the brainwave recordings. These electrodes are ideal for clinical diagnostics, neuroscience research, and brainwave studies. With customizable sizes and configurations available, they cater to diverse research and clinical needs. Manufactured with durable, medical-grade materials, they ensure long-lasting performance and come in sterile packaging for safe use in clinical settings.
Our Silver Chloride (AgCl) comb EEG electrodes are engineered to deliver precise, high-quality signals for brainwave monitoring. These electrodes are designed for use in both clinical and research environments, offering excellent conductivity and superior performance for EEG studies. The innovative comb-shaped design ensures minimal skin contact interference, enhancing the overall signal quality and reducing artifacts in brainwave recordings.
Key Advantages:
Superior Signal Quality: The use of Silver Chloride (AgCl) material ensures high accuracy in capturing electrical activity from the brain, making it ideal for research and clinical applications.
Comb Shape Design: The comb shape enhances stability and reduces interference from skin resistance, offering more reliable EEG signals.
Customizable: We offer various sizes and configurations to meet the specific needs of your research or diagnostic equipment.
OEM Manufacturing Expertise: As a leading EEG electrode manufacturer, we have the capability to provide tailored solutions, including private labeling, custom designs, and bulk orders.
Durability and Safety: The electrodes are manufactured with high-grade materials for long-lasting performance and come in sterile packaging for clinical use.
Our EEG Electrodes are available in multiple material options to suit your specific needs. In addition to the standard Silver Chloride version, we also offer Nickel-plated like our 3.5mm 4.0mm Nickel plated female snap.
And different kinds of Gold-plated materials snap, providing you with enhanced durability, conductivity, and corrosion resistance.
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Company Introduction
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FAQ
Q1: Can I start a sample order first before ordering more?
A: Sure, Goochain provide free samples if we have stock, sample customized should be charged some set up cost. We appreciate you to order sample from us to check our quality.
Q2: What payment methods do you accept?
A: Alibaba Trade Assurance, PayPal, T/T, Bank Transfer, Western Union and L/C
Q3: How does your factory do regarding quality control?
A: Quality is priority. QC department with professional quality assurance specialist attach great importance to quality controlling from the very beginning to the very end. Our factory has gained FDA Registered,Rohs, SGS, CE FCC,ISO9001:2008 ISO13485authentication. Etc
Q4: Factory? Yes! Can I customize items I like, such as to print our own logo, or to alter the design?
A: Yes, we are a factory with more than 100 employees. We offer OEM/ODM service. Please contact us or our sales representative to check with the details.
Q5: Delivery time and warranty? Which shipping service you will use for my goods?
A: Our lead time is around 2-4 weeks, and we can provide 12 months warranty since delivery. We used DHL,Fedex,UPS,TNT,EMS as customer like.
Q6: Where is your factory located? How can I visit there?
A: Sure. We are more than happy to receive you in Dongguan and show you around our workplace.
Keep required fields minimal. Attach drawings/photos for accurate quoting.
Tip: A simple installation photo often saves 2–3 rounds of questions.
Quotation 1–2 days; development 15–20 days; mass production 20–25 days (project dependent).
Yes. Reference sample + requirements helps confirm drawings and test plan.
Depends on materials and complexity. We support prototypes and scalable mass production.