Description of the V Trode V-Trode Self-Adhering, Reusable Electrodes 2\" x 4\" Oval, 80/Case
V Trode self-adhesive neurostimulation electrodes feature soft rubber lead wire attachments that make it easy to attach them to the electrode lead wires. Easy to Use: Simply peel from protective backing and apply to the skin. After treatment is complete, return to the protective backing and pouch for storage. Pliable: Conforms to irregular body surfaces for complete contact, even during strenuous muscle stimulation sessions. Long Lasting: Skin-friendly conductive gel maintains smooth skin contact through many stimulation sessions. Tamper Evident Packaging: Simply open by removing perforated tab. Easy closing bag keeps electrodes fresh. Minimum Edge Curl: Rounded electrode shapes and rounded corners on square electrodes help prevent edge curl for even distribution of stimulation current. New Soft Connector: Soft, molded connectors assure easy insertion and removal of electrode cable-pins into the electrode connector. Dimensions: 10" x 6" x 4". V Trodes come in four convenient sizes and shapes to provide maximum therapeutic flexibility: • 2" Round - Ideal for interferential stimulation of the ankle, knee, shoulder, neck and elbow. (see item # MET-2702). • 2.75" Round - A larger size electrode for interferential stimulation of the low back. (see item # MET-2703). • 2" Square - Square electrode maximizes stimulation surface area while keeping the same proce as 2" round electrodes. Rounded corners help reduce edge curl.(see item # MET-2705). Also available in four convenient sizes: EZ Trodes (see item #'s: MET-2221, MET-2222, MET-2223, MET-2224).
With one of the largest catalogs of medical, surgical and diagnostic supplies available online, Medex Supply can accommodate your facility's needs for Orthopedic Therapy. Self-Adhesive Electrodes can be found in our extensive online collection of products from globally recognized and trusted brands, including V Trode. An excellent option to consider is the V-Trode Self-Adhering, Reusable Electrodes.
