DC 2.35mm to 2-Pole Conductive Silicone tVNS / taVNS Ear Electrode Cable
Reusable passive ear clip electrode assembly with a DC 2.35mm safety connector, 2-pole conductive silicone contacts and 1.2m lead wire for compatible tVNS / taVNS devices
Explore tVNS and taVNS devices and electrodes, EEG electrodes and caps, ECG/EMG lead wires, therapy accessories, custom medical cable assemblies, and medical charging docks.
1.2m grey ear electrode cable with DC 2.35mm safety male plug, reusable ear clip electrode, cable clip and spray bottle | Custom connector, cable and packaging available
The Heymed Medical DC 2.35mm tVNS / taVNS Ear Clip Electrode Cable Kit is designed for compatible tVNS, taVNS and auricular stimulation devices requiring a reusable ear-contact electrode connection.
The standard kit combines a DC 2.35mm safety male plug, reusable ear clip electrode, 1.2m grey lead wire, cable clip and spray bottle in single-set packaging.
Heymed Medical supports customization of the connector, cable length, ear clip structure, cable color, accessory combination, labeling and packaging for OEM/ODM projects.
Solutions & Applications
The DC 2.35mm Ear Clip Electrode Cable Kit provides a reusable ear-electrode connection for compatible tVNS, taVNS and auricular stimulation devices, with a complete accessory configuration for device projects.
For OEM/ODM projects, connector type, cable length, ear clip structure, cable color, accessory combination, labeling and packaging can be developed according to the finished-device requirements.
Heymed Medical supports device interface review, sample development, electrode integration, continuity testing and volume manufacturing.
Medical-grade auricular stimulation cable specifications for healthcare and neuromodulation therapy applications.
This taVNS ear electrode cable kit combines a DC 2.35mm safety male plug, a 1.2m grey lead wire and a reusable auricular electrode assembly for compatible taVNS and tVNS device applications. The standard single-set package also includes a shirt clip and a spray bottle, providing a more complete accessory configuration for project-based product supply.
The cable kit is designed as a passive connection accessory between the host device and the external ear-contact electrode interface. Cable length, connector structure, electrode style, accessory configuration, labeling and packaging can be customized according to OEM/ODM project requirements.

The device-side connection uses a DC 2.35mm safety male plug designed for compatible electrical-stimulation and taVNS equipment. This compact connector structure provides a simple interface between the controller and the electrode cable assembly.
Connector size alone does not guarantee electrical compatibility. Pin structure, polarity, internal wiring and the electrical definition of the connected device should always be confirmed before sample approval or volume production.
For projects requiring other connector architectures, Heymed Medical can also support development through our custom medical cable manufacturer capability.
The standard cable length is 1.2 meters, using a grey cable jacket for a clean and professional appearance. The electrode-side assembly is intended for auricular contact applications and can be reviewed according to the target device and approved project configuration.
Depending on the project, the ear-contact structure, cable exit direction, conductor specification, jacket material and strain-relief design can be adapted to fit the intended product architecture. The actual electrical role and contact structure should follow the approved finished-device specification.
Customers looking for additional ear-contact solutions can also review our tVNS & taVNS ear electrodes for related reusable auricular electrode configurations.
This product is supplied as a single-set package, integrating the main cable assembly together with a shirt clip and a spray bottle. The shirt clip helps organize the cable during use, while the spray bottle can be provided as part of the approved accessory set for product preparation or user convenience.
Accessory configuration can be adjusted according to customer requirements. Depending on the OEM/ODM project, kit contents, labeling, insert cards, instruction sheets and retail or bulk packaging can all be customized.
For customers sourcing from an experienced electrode lead wire supplier , this type of integrated kit structure can help create a more complete finished-product presentation.
Device-side connector: DC 2.35mm safety male plug.
Standard cable length: 1.2m.
Cable color: Grey.
Electrode configuration: Auricular electrode cable assembly for compatible taVNS / tVNS device integration.
Included accessories: Shirt clip and spray bottle.
Packaging: Single-set packaging.
Customization: Connector type, cable length, jacket material, electrode structure, accessory set, labeling and packaging can be developed according to project requirements.
This cable kit is a passive accessory and does not define the stimulation waveform, operating mode or output level of the finished product. The complete product function depends on the host device, the approved electrical design and the matched electrode configuration.
Customers can provide a reference sample, connector drawing, host-device photo, dimensional requirement or electrical specification for engineering evaluation. Our team can then review the relationship between the connector, cable assembly, electrode structure and accessories before preparing samples.
For projects requiring a different integrated electrode cable or ear-contact structure, we can also support development as a custom medical cable manufacturer for device brands, importers and OEM/ODM buyers.
Custom development can begin from a physical sample, connector specification, target device interface or complete kit requirement. Heymed Medical can review the cable structure, accessory configuration and packaging format before engineering samples are produced.
During sample evaluation, connector fit, cable length, accessory completeness, workmanship, assembly quality and packaging presentation can all be checked against the approved project definition.
Once the structure is confirmed, cable assembly, accessory preparation, inspection, identification and final packaging can move into repeatable OEM/ODM production.
We provide OEM and ODM medical cable assembly services for neuromodulation therapy device manufacturers and healthcare brands worldwide.
Resolve your concerns in advance — stress-free communication, efficient coordination
The standard kit includes a DC 2.35mm ear clip electrode cable with a 1.2m grey lead wire, reusable ear clip electrode, cable clip and spray bottle in single-set packaging.
The standard configuration uses a DC 2.35mm safety male plug and a 1.2m grey lead wire.
It can be developed for compatible tVNS, taVNS and auricular stimulation devices. Final compatibility depends on the device connector, pin assignment and electrical requirements.
Yes. Connector type, cable length, ear clip structure, cable color, accessory combination, labeling and packaging can be customized for OEM/ODM projects.
Yes. Customers can provide device drawings, connector specifications, existing ear electrode samples, accessory requirements or reference photos for engineering evaluation and prototype development.
Heymed Medical develops and manufactures OEM/ODM medical and wellness products for patient monitoring, EEG and brain monitoring, tVNS/taVNS neuromodulation, physiotherapy and rehabilitation, diagnostic equipment, and medical docking and charging applications.
Our portfolio includes tVNS/taVNS devices, auricular and ear clip electrodes, dry and wet EEG electrodes, EEG caps, ECG/EMG lead wires and electrodes, TENS/EMS lead wires and accessories, custom medical cable assemblies, Pogo Pin connectors, and charging docks.
Work with Heymed Medical on OEM/ODM development and controlled manufacturing for tVNS and taVNS products, EEG electrodes, medical lead wires, custom cable assemblies, and medical docking and charging products—from engineering samples and validation to volume production.
Tell our engineering team about your product application, device interface, performance targets, compliance needs, and expected quantity. We will review your information and contact you to discuss technical feasibility, customization options, and recommended next steps.
Tip: A drawing, device interface photo, pinout diagram, or reference sample can help our engineering team evaluate your project more accurately and efficiently.