Invisatrace® Radiotranslucent Wet Gel Tape Electrode

The 1680003 Electrode is an essential component for accurate and reliable ECG monitoring. Designed with advanced features to ensure patient comfort and precise readings, this electrode is ideal for use in various medical settings. The Invisatrace Radiotranslucent Snap Style electrode combines the benefits of wet gel technology with a convenient snap style attachment, ensuring ease of use and superior performance.

Product Features

• Wet Gel Technology: The electrode is designed with wet gel, which enhances conductivity and ensures clear, accurate ECG signals. The wet gel reduces skin impedance, providing reliable and consistent readings.
• Invisatrace Radiotranslucent: The Invisatrace technology makes the electrode radiotranslucent, allowing for unobstructed imaging during radiographic procedures. This feature ensures that the electrode does not interfere with diagnostic imaging.
• Snap Style: The snap style design allows for quick and easy attachment and removal of the electrode. This user-friendly feature saves time and effort for healthcare professionals.
• Tape Adhesive: The tape adhesive ensures secure placement on the skin, even during movement. The adhesive is gentle on the skin, reducing the risk of irritation and discomfort for the patient.
• Universal Compatibility: Designed to be compatible with a wide range of ECG monitors and cables, making it a versatile choice for different healthcare environments.

Benefits

• Accurate Readings: The wet gel and high-quality construction of the electrode ensure accurate and reliable ECG readings, which are crucial for effective patient monitoring and diagnosis.
• Patient Comfort: The gentle adhesive and comfortable design of the electrode minimize discomfort, making it suitable for prolonged use.
• Efficient Workflow: The snap style and easy application process streamline the workflow for healthcare providers, allowing them to focus more on patient care.
• Diagnostic Clarity: The radiotranslucent feature ensures that imaging procedures are not compromised, providing clear and accurate diagnostic images without the need to remove the electrodes.