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.
Reusable double-sided conductive rubber ear clip electrode with a 2.0mm female pin interface for compatible CES, TENS, microcurrent and auricular stimulation equipment | OEM/ODM customization available
The Heymed Medical Double-Sided Conductive Rubber Ear Clip Electrode is a reusable electrode accessory designed for compatible CES, TENS, microcurrent and auricular stimulation equipment.
The clip combines conductive rubber contact surfaces with a spring-loaded structure and a 2.0mm female pin interface for connection to compatible electrode lead wires.
Heymed Medical supports customization of the contact structure, clip configuration, connector interface, color, labeling and packaging for OEM/ODM projects.
Solutions & Applications
The Double-Sided Conductive Rubber Ear Clip Electrode provides a reusable ear-contact interface for compatible CES, TENS, microcurrent and auricular stimulation devices. Its spring-loaded structure combines conductive contact surfaces with a compact 2.0mm pin connection.
For OEM/ODM projects, contact material, clip structure, connector interface, contact dimensions, color, labeling and packaging can be developed according to the finished-device requirements.
Heymed Medical supports electrode structure review, interface matching, prototype development, continuity testing and volume manufacturing.
Medical-grade auricular stimulation cable specifications for healthcare and neuromodulation therapy applications.
This reusable ear clip electrode integrates two conductive rubber contact surfaces into a compact spring-loaded clip structure for compatible CES and electrical stimulation equipment. The dual-contact design provides two defined conductive contact areas within one removable ear electrode accessory.
An ABS+PC housing provides the main mechanical structure, while the stainless steel spring supports repeated opening and clamping. The integrated 2.0mm female interface allows the ear clip to connect with compatible electrode lead wires, while contact structure, color, connector dimensions, labeling and packaging can be developed according to OEM/ODM project requirements.
The electrode uses conductive rubber contact surfaces on both sides of the clip. This creates two separate conductive areas within one compact ear-contact structure and provides a configurable interface for compatible equipment.
The electrical role of each contact depends on the connected device. Polarity, signal assignment, output configuration and intended electrode position should therefore follow the approved specification of the finished equipment rather than being determined only by the physical appearance of the ear clip.
Single-sided and double-sided conductive configurations can be evaluated according to the target product design, allowing the contact geometry to be adapted for different OEM electrode requirements.
The integrated 2.0mm female interface allows the ear clip electrode to be connected and removed separately from the main device cable. This modular structure gives equipment manufacturers greater flexibility when selecting or developing the corresponding lead wire.
Nominal connector size alone does not guarantee compatibility. Pin diameter, insertion depth, mating geometry and electrical configuration should be confirmed with the actual lead-wire connector before prototype or volume production.
For equipment requiring a matching 2.0mm electrode lead architecture, the DC 2.35mm to Dual 2.0mm Electrode Lead Wire provides an example of a 1-to-2 cable structure using compatible 2.0mm electrode-side connections.
The ear clip combines an ABS+PC housing with a stainless steel spring mechanism. The housing supports the conductive contact components, while the spring provides the mechanical opening and closing action required for a reusable clip.
Clip force, opening range, contact alignment and overall dimensions can influence how the electrode fits the intended product configuration. These mechanical characteristics can therefore be reviewed together with the conductive contact structure during custom development.
Where a project requires a complete cable with a different device-side connector, a 90° 3.5mm Dual ABS Ear Clip Electrode Cable provides another ear-electrode connection architecture for compatible electrical stimulation equipment.
Conductive contact: Single-sided or double-sided conductive rubber structures can be developed according to project requirements.
Contact geometry: Conductive area dimensions, position and shape can be reviewed around the intended ear clip design.
Connector interface: 2.0mm female interface dimensions or other project-specific connection structures can be evaluated.
Clip mechanics: Housing dimensions, opening range, spring structure and clamping characteristics can be adjusted for customized projects.
Appearance: Housing color, contact color, markings and other visible details can be developed according to the product design.
OEM/ODM presentation: Logo, labeling and packaging can be customized for private-label product programs.
A reusable ear electrode should not be selected only by connector size or clip appearance. The conductive contact arrangement, lead-wire connector, polarity, equipment output and intended operating method all influence the final electrode configuration.
Heymed Medical can review device information, cable drawings, connector dimensions, electrical definitions or existing samples before prototype development. This allows the ear clip and matching lead wire to be evaluated as one complete connection system.
Additional lead wires, electrode pads and connection structures for compatible electrical stimulation equipment are available through our TENS & EMS Cables & Electrode Accessories range.
Custom ear clip electrode development can begin from a reference sample, connector requirement, dimensional drawing or finished-device specification. Our engineering team can review the conductive contact structure, housing, spring mechanism and mating interface before preparing samples.
During prototype evaluation, connector fit, electrical continuity, clip dimensions, spring operation, contact alignment and overall assembly can be checked against the approved project requirements.
Once the structure is confirmed, material specification, molding, conductive-component assembly, inspection, labeling and packaging can be transferred into repeatable production according to the agreed OEM/ODM configuration.
We provide OEM and ODM medical cable assembly services for neuromodulation therapy device manufacturers and healthcare brands worldwide.
Four-lead electrode cable with a 2.5mm TRRS male plug, four 4.0mm gold-plated female snaps and flexible PVC insulation for compatible TENS, EMS and physiotherapy equipment | OEM/ODM customization available
Four-lead electrode cable with a Micro USB male device connector, 4.0mm female snaps and molded strain relief for compatible TENS, EMS and physiotherapy equipment | OEM/ODM customization available
White electrode lead with a DIN 5-pin male connector, two 3.5mm magnetic female snaps and two 2.0mm electrode pins for compatible TENS, EMS and physiotherapy equipment | OEM/ODM customization available
White 1-to-2 electrode lead with a 600mm main cable, two 300mm branches, pink/white silicone ear hook and free-moving non-glued assembly for compatible stimulation and rehabilitation equipment | OEM/ODM customization available
1-to-2 electrode lead wire with a DC 2.35mm device connector, dual 2.0mm electrode pins and three adjustable sliders for compatible TENS, EMS and electrical stimulation equipment.
Reusable self-adhesive electrode pads with a 3.5mm snap interface for compatible TENS, EMS and electrical stimulation equipment | OEM/ODM customization available
Reusable dual ear clip electrode lead wire with a 90-degree 3.5mm device connector for compatible stimulation and electrode-based equipment | OEM/ODM customization available
Shielded 5-lead electrode cable with a 6-pin push-pull device connector and five 3.5mm female snap interfaces for compatible TENS, EMS and physiotherapy equipment.
Self-adhesive non-woven electrode pads with snap connectors for compatible TENS, EMS, electrotherapy, and electronic massager systems.
Self-adhesive non-woven electrode pads with a 2.0mm female pin interface for compatible NMES and swallowing rehabilitation equipment | OEM/ODM customization available
Resolve your concerns in advance — stress-free communication, efficient coordination
It is a reusable ear-contact electrode that uses conductive rubber contact surfaces on the clip and connects to compatible stimulation equipment through an electrode lead wire.
The referenced configuration uses a 2.0mm female pin-style interface designed to connect with a compatible 2.0mm electrode lead.
It can be developed for compatible CES, TENS, microcurrent and other auricular stimulation equipment. Final compatibility depends on the lead connector and electrical requirements of the device.
Yes. Contact material, contact dimensions, clip structure, connector interface, color, labeling and packaging can be customized according to OEM/ODM project requirements.
Yes. Customers can provide existing ear clip samples, 2.0mm lead specifications, device interface information, drawings 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.
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