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This reusable silicone ear clip electrode is designed for auricular stimulation devices and related ear-mounted applications. It features a soft contact structure, comfortable fit, and customizable cable or connector options for projects that prioritize reusable performance and user comfort.
This medical auricular ear electrode is designed for neurostimulation, therapy equipment, and rehabilitation device applications. It supports stable conductive connection and flexible customization for cable specification, connector type, and project-based accessory development.
This OEM custom ear clip electrode page is designed for B2B buyers who need tailored product development rather than a standard off-the-shelf model. It supports custom structure, connector, cable assembly, logo, and packaging requirements for ear electrode and device accessory projects.
This reusable taVNS ear clip electrode is designed for vagus nerve stimulation devices, tVNS systems, and auricular neurostimulation applications. It offers stable conductive contact, a practical ear clip structure, and customization options for cable length, connector type, and OEM packaging.
The DC 2.35mm Male to taVNS Ear Electrode Cable is specifically designed for transcutaneous auricular vagus nerve stimulation (taVNS) therapy devices. This cable integrates comfortable ear clip electrodes, a lead clip for cable fixation, and a spray bottle for conductive solution, providing stable electrical stimulation and improved therapy performance.
The DC 2.35mm to Dual 2.0mm Electrode Pin Medical Cable is designed for TENS, EMS, and physiotherapy equipment used in rehabilitation and electrotherapy applications. This medical lead wire features a 2.35mm DC plug to dual 2.0mm electrode pin connectors, providing stable signal and power transmission between the electrotherapy device and electrode pads. The cable includes three adjustable sliders for easy cable management, helping users keep the lead wires organized during therapy sessions. Manufactured using medical-grade materials, the cable ensures durability, flexibility, and patient safety
The Φ3.5mm medical female snap button is a precision-engineered connector designed for medical electrodes, ECG cables, and patient monitoring accessories. Manufactured from high-quality brass with nickel plating, it offers excellent conductivity, corrosion resistance, and long-term durability for medical applications.
The 3.5mm 5-Pole Audio Male to Open 5-Core Cable is designed for high-fidelity audio transmission in electronics, communication devices, and professional audio equipment. With five separate cores, this cable allows independent connection for audio signals, microphones, and control channels.
Learn what a taVNS device is, how transcutaneous vagus nerve stimulation works, and why portable tVNS devices are gaining attention in wellness and neuromodulation applications.
Understand the difference between tVNS and taVNS, how vagus nerve stimulation devices work, and how to choose a reliable OEM manufacturer for ear clips, electrodes, and medical cables.
In 2026, Goochain successfully held its Annual Conference, bringing all employees together to reflect on past achievements, recognize outstanding contributors, and look ahead to a future of steady growth and collaboration.
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.
Flexible Printed Circuit (FPC)is a highly dependable, excellent twisting printing circuit made of polymeric film or polyurethane as a base. The circuit design is embedded on the bendable thin plastic sheet, allowing a large number of precision elements to be stacked in a constrained amount of space to form a bendable wrenching circuit. This technology was developed in the United States during the 1970s for the development of space rocket technology.This kind of circuit is flexible, lightweight, compact, has excellent heat dissipation, is simple to install, and breaks through conventional connections technology.Insulated film, conductor, and adhesive are the composite materials used in the construction of flexible circuits.
The FPC cable joins two related components or products together. Due to its inherent curvability, it is employed in a lot of items nowadays, including laptops, printers, and mobile phones.
However, the bulk of the employed sedimentation process is because the antioxidant process cannot endure high temperatures, and its environmental resistance is inferior to that of the sediment.In addition, there are processes such as tin plating and tin spraying, but FPC generally has a temperature resistance below 280 degrees Celsius, while during tin spraying, there will be temperatures above 300 degrees Celsius, and the hardness of the solder paste is relatively small, so it is rarely used.
It is foldable, lightweight, thin in thickness, and resilient to dynamic bending actions. Single-sided, double-sided, and multi-layer FPCs are the different categories of FPC. Using FPC can significantly lower the weight and volume of electronic devices, which is advantageous for the advancement of electronic products toward high reliability, high density, and downsizing. As a result, FPC has found extensive application in a variety of industries and products, including digital cameras, PDAs, computers, mobile phones, aircraft, and computer peripherals. It can also be flexibly moved and expanded in three-dimensional space, allowing it to be arranged in accordance with the requirements of the spatial layout and integrating wire connection and component assembly.
Following is the usage of FPC, we can make it with usb type c connector, make it as usb 3.1 type c male to female extension cable and then install into equipment, feel free to contact us to get more details.
