Mettler Economical V Trode Self-Adhesive Reusable Electrodes

Name: Mettler Economical V Trode Self-Adhesive Reusable Electrodes
Brand: METTLER ELECTRONICS
SKU: 5449
Price: 8.85 USD
Availability: InStock

Brand/Manufacturer: METTLER ELECTRONICS

Mettler Economical V Trode Self-Adhesive Reusable Electrodes are carbon film neurostimulation electrodes which have soft rubber lead wire attachments that make them easy to attach to the electrode lead wires. A long lasting gel provides strong adhesion to the skin. Conform to irregular body surfaces for complete contact, even during strenuous muscle stimulation protocols.

Size Chart

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Item #	Desc	Pkg	RewardEarn reward dollars on every purchase you make. Redeem them on your next order. Reward $	Price
2705	2", Square	4/Pack	$0.44	$14.65 $8.85
2705	2", Square	4/Pack, 10Pk/Case	$3.50	$98.85 $69.99
2702	2", Round	4/Pack	$0.52	$16.65 $10.35
2702	2", Round	4/Pack, 10Pk/Case	$4.99	$162.99 $99.75
2703	2.75", Round	4/Pack	$0.55	$17.45 $10.99
2703	2.75", Round	4/Pack, 10Pk/Case	$6.50	$189.99 $129.99

Features

Mettler Economical V Trode Self-Adhesive Reusable Electrodes are self-adhering and reusable
Easy to use, simply peel from protective backing and apply to the skin
Skin friendly conductive gel maintains smooth skin contact through many stimulation sessions
Round electrode shapes and rounded corners on square electrodes help prevent edge curl for even distribution of stimulation current
Molded rubberized connectors assure easy insertion and removal of electrode cable-pins into the electrode connector
Come in four convenient sizes and shapes to provide maximum therapeutic flexibility

Specification

Code	Size	Shape	Use
2702	2" Diameter	Round	Ideal for interferential stimulation of the ankle, knee, shoulder, neck and elbow
2703	2.75" Diameter	Round	A larger size electrode for interferential stimulation of the low back
2704	2" x 4"	Oval	Oval shape fits large muscles such as the quadriceps or hamstrings for muscle stimulation protocols
2705	2"	Square	Square electrode maximizes stimulation surface area