The Cardinal Health Nu Prep Electrode Prepping Gel stands as a cornerstone for medical procedures that require accurate electrode readings. Packaged in a convenient 4 oz tube, this gel comes in sets of six per case, providing a comprehensive supply for medical facilities. Developed with a clear, water-soluble formulation, it ensures comfort and cleanliness, as it can be easily washed off after use.

Its formulation is specifically designed to minimize skin impedance effectively, which significantly improves the quality of diagnostic data captured via ECG, EEG, and biofeedback systems. Ideal for use in clinical environments and for various patient applications, it ensures the highest standards of performance and patient care, improving electrode signal acquisition to provide reliable readings for medical diagnostics.

Key Features:

• The gel is water soluble, making it easy to clean up after application. It washes off easily without leaving any residue on the skin.
• Designed to reduce skin impedance effectively, it enhances the quality of diagnostic readings.
• Comes in a convenient 4 oz tube, providing ample volume for multiple uses per patient while ensuring cost-efficiency.

Uses:

• The Cardinal Health Nu Prep Electrode Prepping Gel is primarily used for skin preparation in electrocardiography (ECG), electroencephalography (EEG), and biofeedback procedures. It helps reduce skin impedance, ensuring better signal quality during these medical diagnostics.

FAQs:

1. Is the gel easy to remove from the skin?
Yes, the Nu Prep Gel is water soluble, which means it can be easily wiped off or washed off the skin without leaving any residue.

2. How many applications can be done with one tube?
A single 4 oz tube provides ample gel for numerous applications, depending on the amount used per session, making it cost-effective.

3. Can Nu Prep Gel be used for all types of electrode procedures?
Yes, Nu Prep Gel is suitable for a variety of electrode applications including ECG, EEG, and biofeedback, enhancing signal quality by reducing skin impedance.