C-109 Electronic Electrode Pad

An ultra-thin dispersive electrode pad designed for electrosurgical procedures to complete the return circuit. The pad provides excellent electrical contact while minimizing patient skin irritation and thermal injury.

Negative pressure pads designed for specific medical electrode applications. These devices are utilized in therapeutic and diagnostic procedures requiring controlled pressure application.

Ultra-thin dispersive electrode pad for electrosurgical units, providing safe current return pathway during high-frequency procedures.

Dispersive electrode pad used in high-frequency electrosurgical procedures to safely conduct current away from the surgical site. Designed for neutral electrode placement during monopolar electrosurgery. Meets safety standards for patient protection.

An adult electrosurgical grounding pad designed to provide stable patient contact with low electrical resistance during surgical procedures. Complies with medical safety standards and is compatible with major ESU devices.

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

Self-adhesive electrode pads designed for TENS (Transcutaneous Electrical Nerve Stimulation) therapy applications. These pads are used for non-invasive electrical stimulation treatment in medical settings and home use.

Silicone-based pads with conductive properties designed for medical electrode applications. Used in various electrical stimulation therapies including TENS and other medical treatments.

Integrated systems for electrical stimulation therapies combining electrodes, gels, and connecting components. Designed to ensure precise signal delivery for therapeutic applications.

A conductive electrode used in medical diagnostic and therapeutic equipment. This device facilitates electrical conduction for various medical applications and treatments.

Electrodes designed for electrical stimulation applications in medical devices. Manufactured with printed electronics and advanced material engineering to provide reliable performance in therapeutic and diagnostic stimulation applications.

Medical electrodes are used in conjunction with electrotherapy devices for therapeutic applications. They are widely utilized in physical therapy, rehabilitation, neurology, orthopedics, and homecare for delivering electrical stimulation therapy.