ECG Electrode Sensor Pad

The ECG Electrode Sensor Pad is a high-quality, pre-gelled disposable electrode designed for accurate and reliable heart monitoring. It is compatible with most ECG/EKG machines and bio-signal monitoring systems, offering strong skin adhesion and low impedance for optimal signal transmission. These sensor pads are ideal for medical professionals, wearable projects, and DIY health-monitoring applications.

Key Features

• Pre-gelled sensor pad with solid adhesive for firm skin contact

• Compatible with standard snap connectors for ECG/EKG cables

• Latex-free and skin-friendly materials to prevent irritation

• Disposable and hygienic for single-patient use

• Delivers stable and accurate bio-signal measurements

Technical Details

• Product Name: ECG Electrode Sensor Pad

• Type: Pre-gelled disposable ECG electrode

• Gel Type: Solid conductive hydrogel

• Connector Type: Standard snap-type connector

• Adhesive Strength: High-performance medical-grade adhesive

• Material: Non-woven fabric backing, conductive gel, metal snap

• Length: Approx. 34mm

• Width: Approx. 34mm

• Height (Thickness): Approx. 2mm

• Weight (Each Pad): Approx. 2g

• Operating Temperature Range: 0°C to +45°C

• Shelf Life: 2 years (sealed)

• Sterility: Non-sterile

• RoHS and CE Certified: Yes

Applications

• ECG/EKG monitoring in clinical or home settings

• Fitness and heart-rate tracking systems

• Arduino or Raspberry Pi bio-sensing projects

• Wearable health-tech development

• DIY medical device prototyping

Why Choose the ECG Electrode Sensor Pad?

The ECG Electrode Sensor Pad offers exceptional signal quality and patient comfort. Its strong adhesive ensures the sensor stays in place during monitoring, while the pre-applied conductive gel maintains low impedance for accurate readings. Whether you’re in a clinical environment or working on a bio-sensing project, these sensor pads are a reliable and convenient solution.

Package Includes

• 1 x ECG Electrode Sensor Pad (or packs of 10/50 depending on selection)