Professional Hydrogel Electrodes for CEFAR and Legacy COMPEX Devices (2 mm Pin Connection)
Premium replacement electrodes engineered specifically for older generations of electrostimulators utilizing a classic 2 mm pin (wire) connection interface. These electrodes feature an advanced, high-fidelity hydrogel layer optimized for enhanced electrical conductivity, ensuring perfectly homogeneous current distribution across the contact surface. By mitigating skin impedance at the dermal interface, they deliver maximum patient comfort during high-intensity thresholds (mA) and safeguard the epidermis against localized thermal concentration.
Compatibility: Fully compatible with all CEFAR hardware engines and legacy COMPEX wired systems utilizing a standard 2 mm pin connector.
Attributes: Exceptional physiological flexibility, long-lasting adhesive polymer grid, and stable target waveform transmission.
Available Geometries & Specifications:
50 x 50 mm (Single Pin Input): Optimized for smaller muscle structures and precise motor point targeting. (1 pack contains 4 pcs)
50 x 90 mm (Single Pin Input): A versatile, elongated footprint tailored for medium-sized muscle groups. (1 pack contains 4 pcs)
50 x 100 mm (Dual Pin Input): Designed for heavy-duty large muscle group stimulation (quadriceps, hamstrings, back) requiring bi-directional current delivery. (1 pack contains 2 pcs)
Customer Notice: Please specify your preferred dimension and configuration in the "Message to Seller" section during checkout.
Frequently Asked Questions (FAQ)
Are these electrodes compatible with modern wireless COMPEX modules?
No. These pads are equipped with a traditional 2 mm pin terminal. Modern wireless COMPEX units require a snap-on connection interface. For wireless systems, please select our dedicated "Snap" electrode variants.
What is the recommended protocol to optimize the lifespan of these pin electrodes?
To maximize hydrogel retention, ensure the target skin zone is free of debris and apply a thin film of conductive gel prior to pad application. After the session, immediately return the electrodes to their plastic backing and store under refrigeration to halt the evaporation of the water-binding matrix.
