Cardinal Health 200 Series ECG Electrodes deliver exceptional performance with their specially designed smaller size, ensuring precise lead placements for cardiac monitoring. Crafted with a comfortable foam substrate, these electrodes are perfect for extended wear, minimizing skin irritation and maximizing patient comfort. Available in a tear drop shape of 1 1/2" diameter, they ensure optimal contact with the skin, enhancing the accuracy of ECG readings.

Suitable for various healthcare environments, they come in diverse packaging options: from sheets of 20 per sheet packs for larger facilities to strips for specialized needs, ensuring flexibility and convenience. Widely used for monitoring purposes, these electrodes are a reliable choice for healthcare professionals demanding consistency and quality in patient diagnostics. The meticulously designed foam substrate also provides excellent adhesion, maintaining effective connectivity throughout use, thus leading to dependable performance in critical monitoring situations.

Key Features:

• Smaller size allows for precise and convenient lead placement during ECG procedures.
• Foam substrate provides comfort and reduces skin irritation for the patient during prolonged use.
• Tear drop shape enhances surface contact for better conductivity and more accurate readings.

Uses:

• The Cardinal Health 200 Series ECG Electrodes are primarily used for monitoring cardiac activity during ECG tests. These electrodes provide reliable connectivity with ECG machines to ensure accurate readings of the heart's electrical activity.

FAQs:

1. How should I store the ECG electrodes?
Store in a cool, dry place away from direct sunlight and moisture to maintain their adhesive quality and performance.

2. Are these electrodes suitable for sensitive skin?
Yes, the foam substrate is gentle and designed to reduce irritation, making it suitable for patients with sensitive skin.

3. Can these electrodes be used with any ECG machine?
Yes, Cardinal Health ECG Electrodes are compatible with most ECG machines.