Conmed ECG Monitoring Electrode Dyna/Trace Snap Connector Wet Gel Foam Backing Adult Radiolucent 3 per Pack

ECG Monitoring Electrode Dyna/Trace Snap Connector Wet Gel Foam Backing Adult Radiolucent 3 per Pack

This ECG monitoring electrode is a disposable adult electrode with a snap connector, wet gel, and foam backing. It fits monitoring workflows where buyers want quick signal retention and a radiolucent option that can be used along the V-leads to help reduce overlap. This version is round, adhesive, and MRI safe.

Good Fit For

• Adult ECG monitoring
• V-lead placement workflows
• Settings that prefer radiolucent electrodes
• MRI safe monitoring environments

Key Features

• Wet gel supports quick signal retention during ECG monitoring
• Snap connector works with snap-style lead connections
• Foam backing offers a familiar electrode format for routine monitoring
• Radiolucent design helps when X-ray compatibility matters
• Made for adult use with a round adhesive electrode format
• Disposable construction supports single-use workflow

Applications and Usage

• Adult ECG monitoring with snap lead connections
• Placement along the V-leads to reduce the need to overlap
• Monitoring situations where radiolucent electrodes are preferred

Packaging and Handling

• Packaging: CS.
• Material: Foam.
• This electrode is intended for adult use.
• The connector type is snap, so buyers should confirm lead connection style before ordering.
• This is a disposable electrode for single-use workflow.

FAQ

• Is this electrode for adult patients? Yes. This ECG monitoring electrode is specified for adult use.
• What type of connector does this electrode use? This electrode uses a snap connector.
• What gel type does this electrode use? This electrode uses wet gel, which is noted for quick signal retention.
• Can this electrode be used in imaging-related environments? Yes. The electrode is radiolucent and MRI safe.
• How is this electrode intended to be positioned? The electrode is designed to be used along the V-leads, which can help reduce the need to overlap.

From Dyna/Trace by Conmed.