Medline Medgel Resting Tab ECG Electrodes in Individual Sheets of 10, 4000 Each per Case

Medgel Resting Tab ECG Electrodes in Individual Sheets of 10, 4000 Each per Case

Medgel resting tab ECG electrodes are monitoring electrodes for ECG workflows. They fit facilities that need high-volume supply for routine monitoring and want sheets of 10 electrodes that are easy to organize during prep. This case includes 4000 electrodes, with a strong adhesive and conductive gel to support signal quality.

Good Fit For

• Routine ECG monitoring in clinical settings
• High-volume departments that use electrodes frequently
• Workflows that benefit from electrodes grouped in sheets of 10

Key Features

• Resting tab ECG electrodes for ECG monitoring workflows
• Strong premium adhesive helps the electrode stay in place on skin
• Removes cleanly, which can help support patient comfort during removal
• Highly conductive gel helps support optimal signal quality
• Packed in individual sheets of 10 for organized handling during prep
• 4000 electrodes per case support higher-volume purchasing

Applications and Usage

• Preparing patients for resting ECG monitoring
• Stocking central supply or department inventory for ECG electrode use
• Supporting organized setup where staff prefer electrodes in countable sheets

Packaging and Handling

• Packaging: CS.
• These electrodes are not radiotransparent.
• The case quantity is suited to buyers planning for ongoing electrode usage.

FAQ

• How many electrodes come in a case? Each case includes 4000 ECG electrodes.
• How are the electrodes grouped for use? The electrodes come in individual sheets of 10, which can make setup and counting easier during ECG prep.
• Do these ECG electrodes use adhesive? Yes. These electrodes use a strong premium adhesive that holds fast to skin and removes cleanly.
• Do these electrodes support signal quality? Yes. The electrodes use a highly conductive gel that helps support optimal signal quality.
• Are these electrodes radiotransparent? No. These ECG electrodes are not radiotransparent.

From Medline.