This 9.0mm magnetic snap to 4.0mm banana female medical cable is designed for reliable signal transmission in medical and physiological monitoring applications. The magnetic snap connector allows quick and secure connection, while the 4.0mm banana female connector ensures stable compatibility with medical devices and patient monitoring equipment.
This USB Type-C to SHR-05V-S-B cable is designed for secure and stable signal and power transmission in industrial and embedded applications. Featuring a USB-C male connector with dual screw locking and a 5-pin JST SHR terminal, the cable ensures reliable connection, strong mechanical retention, and long-term durability.
Our Custom Ear Clip Electrodes with 2.0 round tube cables are designed for seamless integration with Vagus Nerve Stimulation (VNS), Transcutaneous Auricular Vagus Nerve Stimulation (TAVNS), and Transcutaneous Vagus Nerve Stimulation (TVNS) systems. Manufactured in China, these high-quality electrodes ensure safe, effective, and long-lasting use in nerve stimulation therapies. Ideal for healthcare providers and medical device manufacturers, they are a trusted choice for precision and reliability in neuromodulation.
The tVNS Vagus Nerve Ear Clip to DC 2.35mm Connector Cable is a medical-grade connection cable designed for transcutaneous vagus nerve stimulation (tVNS) systems. It connects auricular ear clip electrodes to tVNS stimulation devices equipped with a DC 2.35mm output interface, ensuring stable signal transmission for non-invasive neuromodulation applications.
This tVNS ear clip electrode cable is designed for transcutaneous vagus nerve stimulation (tVNS) therapy devices, featuring an ergonomic ear-clip electrode, an SR medical connector, and dual 2.0mm round pin outputs. Manufactured under ISO 13485 and ISO 9001 certified quality systems, this cable delivers stable stimulation performance, patient comfort, and long-term durability.
This DIN 5-Pin male to dual 3.5mm magnetic snap female and dual 2.0mm pin electrode cable is designed for electrotherapy, TENS, EMS, and rehabilitation devices. Manufactured under ISO 13485 quality system, it provides stable signal transmission, secure magnetic snap connection, and high durability for clinical and home-care applications.
This right angle USB-A to Mini USB 5-pin cable is specially designed for compact embedded systems, medical devices, industrial equipment and legacy peripherals requiring stable power and data transmission in limited spaces. Featuring a low-profile 90-degree connector, integrated ferrite core for EMI suppression, and fully customizable cable structure, this cable ensures reliable performance in demanding environments.
This USB 3.0 male to female extension cable is designed for industrial, commercial, and embedded system applications that require stable high-speed data transmission and secure panel mounting. The female connector features screw-lock mounting holes for firm installation on panels or enclosures, while the integrated ferrite core effectively suppresses electromagnetic interference (EMI) to ensure signal integrity.
Goochain is a professional tVNS device manufacturer providing custom taVNS stimulators, vagus nerve stimulation devices, and ear clip electrodes with OEM/ODM services. We support product design, PCBA development, cable assembly, and mass production.
As a professional manufacturer specializing in medical and health electronic accessories, Goochain officially introduces its new TaVNS (Transcutaneous Auricular Vagus Nerve Stimulation) ear clip. Featuring a non-invasive design, stable signal performance, and factory-level quality control, this product is designed for brands, medical device companies, and wellness solution providers seeking reliable OEM/ODM and bulk supply.
This article explores the importance of comfort, stability, and reliability in taVNS ear electrodes for consumer devices. From an ear electrode manufacturer’s perspective, it highlights how thoughtful design, material selection, and consistent manufacturing processes support daily use and long-term product quality.
This article explains how to choose the right FPC ribbon USB cable for embedded, tablet, and POS projects. It covers common space and routing challenges, key design considerations, and why USB Type-C FPC ribbon cables are widely used in compact devices requiring stable performance and consistent assembly.
We are pleased to announce our participation in CES 2026 (International Consumer Electronics Show) in Las Vegas. Visit our booth to explore our latest custom cable assemblies, magnetic charging docks, smart charging adapters, and integrated mPOS hardware solutions, and meet our team in person.
Goochain Technology participated in IMEX Turkey 2025, showcasing its latest customized cable solutions for consumer electronics, including FPC device cables, imaging connection cables, and more.
Dongguan Goochain Technology will showcase medical cables, ECG & EEG lead wires, CES ear clips, and custom cable assemblies at CMEF Guangzhou 2025. Visit us at Booth 19.2-B44.
Explore the magnetic pogo pin cable designed specifically for high-reliability charging and data transmission applications. It adopts precision pogo pin technology to ensure stable connections, long service life, and excellent durability. This cable is widely used in medical devices, industrial equipment, and smart electronics.
High-quality 90° Type-C male to female FPC extension cable designed for space-saving applications and durable connections. With a flexible flat ribbon (FPC) design and precision-engineered metal connectors, this USB-C extender is ideal for consumer electronics, embedded systems, medical devices, automotive solutions, and custom OEM projects.
Discover our advanced non-invasive tVNS (Transcutaneous Vagus Nerve Stimulation) devices designed to support anxiety relief, better sleep, and nervous system regulation. As an OEM manufacturer and global supplier, we provide customizable neuromodulation solutions trusted by clinics and wellness brands worldwide.
Transcutaneous vagus nerve stimulation (tVNS / taVNS) devices are increasingly used in wellness, neurostimulation, and non-invasive therapy applications. Compared with implantable VNS systems, tVNS devices provide a safer, more affordable, and user-friendly alternative by delivering controlled electrical stimulation to the auricular branch of the vagus nerve through ear electrodes.
At Goochain Technology, we specialize in the design, development, and manufacturing of custom tVNS devices, taVNS stimulators, and taVNS ear clip electrodes for global brands, solution providers, and healthcare technology companies. As an experienced OEM / ODM manufacturer, we translate customer requirements into stable, production-ready hardware with scalable manufacturing processes.
What Is a tVNS / taVNS Device?
A tVNS (transcutaneous vagus nerve stimulation) device is a non-invasive vagus nerve stimulator that delivers low-level electrical pulses through surface electrodes placed on specific areas of the ear. This method is also commonly referred to as taVNS (transcutaneous auricular vagus nerve stimulation).
Typical tVNS systems include:
tVNS devices are widely used in:
Goochain supports both standard tVNS hardware manufacturing and fully customized vagus nerve stimulation device development.
One-Stop OEM / ODM Manufacturing for tVNS Devices
We provide a complete vertical manufacturing solution for tVNS and VNS-related products:
This vertical integration allows us to control design consistency, component selection, quality stability, and lead time from the earliest development stage.
Custom tVNS Device Design Options
We support flexible customization based on your product positioning and market requirements:
Whether you need a basic tVNS stimulator or an advanced taVNS device with multiple modes, we can tailor the design.
Ear Clip Electrodes & Ear Electrode Manufacturing
The ear electrode is one of the most critical components in a tVNS system.
Contact stability, contact resistance, and mechanical durability are key factors that directly affect stimulation consistency and long-term reliability.
We manufacture various types of tVNS ear electrodes:
Custom connector types and polarity layouts are also supported.
Custom Cable & Connector Solutions for tVNS
As a professional cable and wire harness manufacturer, Goochain designs and produces:
This ensures full electrical compatibility and long-term durability.
Quality Control & Certifications
All tVNS devices and accessories are manufactured under strict quality management systems:
We also support compliance with:
From Concept to Mass Production
Our typical development process:
This workflow enables efficient transition from concept to stable production.
Why Choose Goochain as Your tVNS Manufacturer?
Looking for a tVNS / taVNS Device Manufacturer?
If you are developing a tVNS device, taVNS stimulator, vagus nerve stimulation system, or ear clip electrode, Goochain can support your project from design to mass production.
Contact us to discuss your specifications and customization needs.
Frequently Asked Questions (FAQ)
What is the difference between tVNS and taVNS?
tVNS (transcutaneous vagus nerve stimulation) is a general term for non-invasive vagus nerve stimulation. taVNS (transcutaneous auricular vagus nerve stimulation) specifically refers to stimulation applied through the ear. In practical applications, both terms are often used to describe the same type of device.
Can you customize the stimulation parameters of a tVNS device?
Yes. We support customization of output waveform, frequency range, pulse width, current level, and working modes based on your technical requirements and application scenarios.
Do you manufacture ear clip electrodes separately?
Yes. Goochain manufactures tVNS ear clip electrodes as standalone products and also as part of complete stimulation systems.
Do you provide OEM and ODM services for tVNS devices?
Yes. We offer both OEM manufacturing based on customer designs and full ODM services including circuit design, firmware development, enclosure design, and mass production.
What is the typical development lead time?
Prototype samples usually take 2–4 weeks after specification confirmation. Mass production lead time depends on design complexity and order quantity.
