AMBU Blue Sensor R - 4 mm Electrodes are designed to offer exceptional performance and reliability in cardiac monitoring. These electrodes are ideal for stress applications, ensuring precise and fast readings without the need for skin preparation, thus maximizing patient comfort.

Main Features of AMBU Blue Sensor R Electrodes

• High-conductivity liquid gel: Ensures optimal signal transmission for accurate readings.


• Superior adhesion: The perfect adhesion of the electrodes prevents false alarms and workflow interruptions.


• Comfortable foam backing: Guarantees maximum patient comfort during monitoring.


• Extended measuring area: Allows for broader and more precise detection of the cardiac signal.


• Unique offset connector: Facilitates connection and improves signal stability.


• High-quality Ag/AgCl sensor: Provides a fast and reliable trace for accurate diagnoses.

Advantages of AMBU Blue Sensor R Electrodes

Blue Sensor electrodes are recognized as the most efficient and cost-effective worldwide, offering:

• User convenience: Ease of use and reduced preparation time.


• Patient comfort: High-quality materials that do not irritate the skin.


• Precise monitoring: Clear and reliable tracings without the need for skin preparation.


• Reduction of false alarms: Superior adhesion that prevents workflow interruptions.

Technical Specifications

• AMBU Code: R-00-A/25


• Description: BLUE SENSOR R


• Application: Stress testing


• Gel type: Liquid


• Backing material: Foam


• Dimensions (mm): 57 x 48


• Shape: Round with offset


• Product life* (months): 24


• Radiotransparency: NO


• Connector type: 4 mm


• Packaging: 1 bag of 25 pcs.

Why Choose AMBU Blue Sensor R Electrodes?

AMBU Blue Sensor R electrodes are the ideal choice for those seeking reliability, precision, and comfort in cardiac monitoring. Thanks to their advanced technology and high-quality materials, these electrodes ensure superior performance and longer durability.

Investing in AMBU Blue Sensor R electrodes means ensuring uncompromising cardiac monitoring, minimizing errors, and maximizing workflow efficiency.