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![Reusable TENS Electrodes]()
Reusable TENS ElectrodesThe longevity of a reusable pad is dictated by the covalent bond density of its hydrogel. We utilize an extended UV-curing tunnel to highly cross-link the polyacrylamide lattice. This processread more -
![Cloth TENS Electrodes]()
Cloth TENS ElectrodesThe structural integrity of this pad begins with the hydroentanglement process of the spunlace fabric. High-pressure water jets mechanically interlock the polyester/viscose fibers without the use ofread more -
![Replacement TENS Pads]()
Replacement TENS PadsCreating a universally safe replacement pad requires strict control over the carbon extrusion layer. Different stimulator brands (e.g., Omron, TENS 7000, Compex) utilize different waveform algorithmsread more -
![IFC Electrodes]()
IFC ElectrodesThe lamination stack is built to absorb and distribute medium-frequency kinetic energy. The base is a conformable spunlace non-woven fabric. A specialized conductive carbon film, augmented with aread more -
![Maternity TENS Pads]()
Maternity TENS PadsThe lamination stack is optimized for endurance. The backing is a multi-directional spunlace non-woven fabric that permits passive vapor transmission, accommodating the violent muscle spasms ofread more -
![MDL Cleared TENS Electrodes]()
MDL Cleared TENS ElectrodesThe physical substrate consists of a standard conductive carbon film coated with a cross-linked polyacrylamide hydrogel. However, the engineering core of this specific product line is documentread more -
![Bilingual OTC TENS Replacement Pads]()
Bilingual OTC TENS Replacement PadsThe physical pad utilizes a standard carbon dispersion film coated with a modified polyacrylamide hydrogel. To survive Canadian winter freight routes, the gel's solvent phase is titrated withread more -
![Health Canada Compliant Electrode Pads]()
Health Canada Compliant Electrode PadsThe physical pad architecture utilizes a low-impedance carbon dispersion film and a proprietary, heavy-molecular-weight hydrogel matrix to prevent desiccation during prolonged storage in low-humidityread more -
![Foam Electrodes]()
Foam ElectrodesThe electrode assembly centers on an automated roll-to-roll inline lamination process. The structural carrier is a 1.0mm thick, high-density closed-cell PE foam coated with a medical-grade acrylicread more -
![Pin Type TENS Electrodes]()
Pin Type TENS ElectrodesThe construction diverges from standard pads at the current-injection node. A multi-strand copper wire is stripped, splayed, and mechanically crimped to the conductive carbon film substrate. Aread more -
![2x2 TENS Electrode]()
2x2 TENS ElectrodeThe physical lamination utilizes a standard four-tier stack: a flexible backing (non-woven or PE foam), a highly conductive carbon trace, a polyacrylamide hydrogel matrix, and a PET release liner.read more -
![Non-Woven Electrode Pads]()
Non-Woven Electrode PadsThe physical architecture is a three-layer lamination. The top layer is a non-woven fabric manufactured via hydroentanglement (spunlace), where high-pressure water jets mechanically interlockread more
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