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3M™ Red Dot™ Monitoring Electrodes


3M Red Dot Monitoring Electrodes

Switch to Repositionable Electrodes

Foam Tape and Sticky Gel 3M Red Dot Monitoring Electrodes

3M™ Red Dot™ Monitoring Electrodes are multi-purpose monitoring electrodes with foam backing and sticky gel and are ideally suited for the OR, ER, and diagnostic stress testing applications.

Features and Benefits:

  • Adhesive foam-tape backing and proprietary sticky gel ensure excellent skin contact.
  • Sticky gel delivers excellent trace quality resulting in better patient information.
  • High performance adhesive offers instant adhesion and up to five-day wear with excellent patient skin care and comfort.
  • Proven to be effective in many diaphoretic situations.

Universal Solution 3M Red Dot Monitoring Electrodes
The 3M Red Dot Monitoring Electrode–2570 is radiolucent and has an abrader strip that gently prepares skin to reduce impedance and provide optimal trace quality.

In today's cost-conscious healthcare environment, facilities are challenged to reduce operating costs while still maintaining quality patient care. 3M™ Red Dot™ Monitoring Electrodes – 2560/2570 can help. In fact, facilities have been able to improve efficiency by standardizing with these monitoring electrodes.

Made for Standardization
3M Red Dot Electrodes–2560/2570 have features that make them universal electrodes for ECG monitoring for the OR, ER, cath lab, ICU and other departments within the hospital. They are perfect for facility-wide standardization.

Universal Features:

  • Each 10-electrode strip is perforated widthwise and lengthwise, allowing you to tear off only the number of electrodes you need without causing dry-out.
  • Microreplicated Trace Prep surface (2570) gently prepares skin for optimal trace quality.
  • 2570 electrode is radiolucent to allow for easy, cost-effective use throughout the facility.
  • Electrodes are easy to handle for fast application and removal.
  • Proven to be effective in many diaphoretic situations.
  • 5-day of wear reduces overall electrode usage.*
* Duration of wear may vary depending on skin condition and environmental factors.