Self-Adhesive Electrode Pads

Pads designed for therapeutic electrical stimulation applications. Used for non-invasive cardiac and neuromuscular stimulation therapy.

Adhesive electrode pads for defibrillation therapy in emergency and critical care settings. Enable safe energy delivery for cardioversion and defibrillation procedures in hospital environments.

Reusable electrode pads for transcutaneous electrical nerve stimulation therapy. Manufactured with conductive gel for effective pain management.

Self-adhesive electrodes are medical-grade electrodes with built-in adhesive for easy application to the skin. They are used with electrotherapy devices for pain relief and therapeutic treatment in various clinical and home settings.

A self-adhesive therapeutic electrode series developed for medical therapy applications. These electrodes are designed to adhere directly to the skin for convenient electrode therapy treatment.

Transcutaneous electrical nerve stimulation electrodes manufactured in various shapes and sizes for pain management applications. Available with multiple fabric tops and hydrogel formulations to meet specific clinical requirements.

Reusable electrodes for electrostimulation therapy with conductive silicone or synthetic suede backing. Available in multiple configurations including band and adhesive-backed versions.

A 5x5 electrode pad for TENS (Transcutaneous Electrical Nerve Stimulation) therapy. Used for pain management and muscle stimulation in physiotherapy.

Electronic electrode pad system for medical applications. Device delivers electronic stimulation for therapeutic purposes in clinical settings.

Complete electrode sets for transcutaneous electrical nerve stimulation therapy systems. Multiple sizes and configurations available to accommodate different anatomical areas and treatment protocols.

Self-adhesive electrode patches designed for electro-medical applications including monitoring devices, ECG patches, and diagnostic instruments. Available in high-specification materials including PE and EVA foams, non-woven materials, hydrogels, and conductive adhesives. The solutions are formulated to provide secure skin adhesion with ease of removal, meeting specific requirements for conductivity, conformability, wear duration, and leaving no residues on the skin.

Transcutaneous electrical nerve stimulation device designed for pain management and muscle stimulation. Portable unit intended for clinical and home-based therapeutic applications.