Medical Grade Braided DC2.35mm Ear Stimulation Cable for taVNS, tVNS, Microcurrent Therapy, Neurostimulation and Smart Wellness Devices | OEM & ODM Manufacturer
The Goochain DC2.35mm Braided Ear Electrode Cable is a professional medical-grade cable assembly engineered for transcutaneous auricular vagus nerve stimulation (taVNS), microcurrent therapy, and wearable neurostimulation devices.
Designed with a premium braided cable, high-flex medical connector, and reliable signal transmission, this cable provides stable low-current stimulation while ensuring superior durability and user comfort.
As a professional OEM & ODM manufacturer, Goochain offers complete engineering support including connector development, cable design, tooling, prototyping, and mass production for medical device manufacturers worldwide.
The Goochain Braided DC2.35mm Ear Electrode Cable is specifically designed for wearable vagus nerve stimulation systems requiring accurate and stable microcurrent transmission.
Unlike ordinary audio cables, this medical cable is optimized for low-current stimulation, ensuring minimal signal loss, enhanced flexibility, and long-lasting reliability.
It is widely used in next-generation neuromodulation devices, rehabilitation equipment, home healthcare products, and wearable medical electronics.
Designed specifically for microcurrent therapy applications.
Optimized conductor design provides accurate electrical signal transmission for:
The durable braided sleeve significantly improves:
Suitable for daily wearable medical devices.
Designed for precise electrical stimulation.
Provides stable current transmission with reduced interference, making it ideal for vagus nerve stimulation therapy.
Medical-grade DC2.35 connector ensures
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.
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