The SpO2 Sensor Extension Cable (code 35247) is an essential accessory to improve the connectivity and efficiency of medical devices used for monitoring blood oxygen saturation. This high-quality cable is designed to ensure a stable and reliable connection between the SpO2 sensor and the monitoring device, ensuring precise and consistent readings.

Main Features of the SpO2 Sensor Extension Cable

• Universal Compatibility: The cable is compatible with a wide range of SpO2 monitoring devices, making it a versatile option for various medical applications.


• High-Quality Materials: Made with durable and resilient materials, the cable guarantees long-lasting use and optimal performance over time.


• Stable Connection: Designed to provide a secure and stable connection, minimizing interference and ensuring accurate readings.


• Optimal Length: The length of the cable is designed to offer maximum flexibility without compromising signal quality.

Benefits of Using the SpO2 Sensor Extension Cable

• Improved Mobility: The extension of the cable allows for greater freedom of movement for the patient, enhancing comfort during monitoring.


• Ease of Installation: The cable is easy to install and use, making integration with existing devices simple.


• Reliability of Readings: Thanks to the stable connection, the cable ensures that the collected data is always accurate and reliable.

Technical Specifications

• Product Code: 35247


• Connector Type: Compatible with standard SpO2 sensors


• Cable Length: Specify the length in meters or centimeters


• Material: Specify the type of material used

Applications of the SpO2 Sensor Extension Cable

The SpO2 sensor extension cable is ideal for use in hospitals, clinics, outpatient facilities, and also for home monitoring. It is particularly useful in situations where continuous monitoring of blood oxygen levels is necessary, such as in patients with chronic respiratory diseases or during surgical procedures.

Investing in a SpO2 Sensor Extension Cable (code 35247) means ensuring greater efficiency and reliability in monitoring patient health, contributing to improving the quality of care provided.