3M™ Novaplus™ Monitoring Electrode V2560-5 1.60" x 1.36" 5/Bag 200 Bags/Case MMM V2560-5

The 3M Novaplus Monitoring Electrode is a multi-purpose monitoring solution that provides high-performance adhesion and foam backing for up to five days of wear. Clinically tested to stay in place, these electrodes feature a sticky gel that maintains intimate skin contact for excellent trace quality. They are ideal for use in a variety of settings, including hospitals and healthcare facilities, where quick and easy application is crucial. The electrodes' comfortable design and occlusive properties make them suitable for patients with diaphoretic skin, resulting in better patient information and improved care outcomes.

Top product features:

• Clinically proven to stay in place for up to five days
• Conductive gel is sticky to maintain intimate skin contact for excellent trace quality
• Foam backing is comfortable for patients and occlusive to fluids for easy handling and quick application

Top product applications:

• 3M Novaplus Monitoring Electrode V2560-5
• 1.60in x 1.36in 5/Bag 200 Bags/Case MMM V2560-5 from 3M
• Multi-purpose monitoring electrodes with sticky gel feature a high performance adhesive and foam backing. They are clinically proven to stay in place for up to five days. They are supplied on strips of 3 5 and 10 electrodes so that they can be quickly and easily applied to the patient. The electrodes remain fresh for 45 days out of the bag and they allow for easy removal from the patient at any time. The conductive gel is sticky to maintain intimate skin contact for excellent trace quality. Clinically tested for a five-day wear time 45 day out-of-bag performance packaged in larger packs for efficiencies foam backing is comfortable for patients occlusive to fluids and easy to handle for quick application sticky gel delivers excellent trace quality resulting in better patient information built in abrader on the 2570 series. Cord delivery organized application delivery system 3m adhesive provides greater adhesion to diaphoretic skin which results in better trace quality.