
Red Dot Monitoring Electrode - High-Performance, Comfortable for Stress and Cardio Testing, Bag of 50
Features
- Designed for Echo-Cardio, Stress Test, Telemetry, Holter, and Event Monitoring
- Improved trace quality for accurate patient data
- High-performance adhesive for extended wear
- Ensures excellent skin contact with adhesive backing
- Compact design for patient ease and comfort
- Maintains freshness for up to 45 days
- Durable foam material for reliable performance
- Dimensions: 1.60" x 1.36"
- Suitable for adult patients
- Supplied as a bag of 50 electrodes
Description
The 3M Red Dot Monitoring Electrode is a dependable and versatile solution that meets various medical monitoring needs, including Echo-Cardio, Stress Testing, Telemetry, Holter, and Event Monitoring. Featuring a foam tape backing and a high-performance adhesive, these electrodes ensure secure placement and excellent skin contact, enabling consistent trace quality and accurate patient monitoring.
The electrodes are compact, enhancing patient comfort during extended wear and making them ideal for short- and long-term applications. Each electrode is supplied in convenient strips of three for easy handling, application, and removal. The advanced adhesive backing allows the electrodes to remain securely in place for up to five days, even during rigorous activities. Additionally, they retain their freshness for up to 45 days when stored outside the bag, ensuring usability over an extended period.
With dimensions of 1.60" x 1.36", these foam material electrodes are specifically designed for adult patients. The 3M Red Dot Monitoring Electrode provides reliable performance and enhanced comfort, making it a trusted choice for healthcare professionals. Sold as a bag of 50 electrodes, it is a practical and efficient solution for various clinical settings.

Item # | 256000 |
MPN | 2560 |
Manufacturer | 3M |
Size | 1.36" x 1.6" |
Material | Foam |
Latex-Free | Latex-Free |
UOM Packaging | Bag of 50 |
UOM | BG |
Disposable | Yes |
Compatibility | Non-Radiolucent |