The GE Datex-Ohmeda "soft" adult SpO2 sensor is a high-quality device designed to ensure precise and reliable blood oxygen saturation measurements. This soft finger sensor is ideal for use in clinical and hospital environments, offering comfort and accuracy for adult patients. With a cable length of 3 meters, it ensures easy handling and flexibility during use.

Main features of the "soft" adult SpO2 sensor

• Brand: GE Datex-Ohmeda


• Sensor type: Soft adult finger sensor


• Cable length: 3.0 m


• Compatibility: GE (Datex-Ohmeda) S/5, i4 Modular Monitors with E-series modules, Corometrics® 259 with TruSignal Ohmeda Technology


• Manual included: Available in English, French, Italian and Spanish

Compatibility and Use

This sensor is compatible with a wide range of GE Datex-Ohmeda monitors, including the S/5 and i4 Modular Monitors with E-series modules, as well as the Corometrics® 259 with TruSignal Ohmeda Technology. Compatibility with these devices ensures seamless and trouble-free integration, allowing healthcare professionals to obtain accurate and reliable patient oxygen saturation data.

Advantages of the "soft" adult SpO2 sensor

• Superior comfort: The sensor's soft design ensures optimal comfort for adult patients, reducing the risk of skin irritation.


• Measurement accuracy: Designed to provide accurate and reliable blood oxygen saturation readings.


• Ease of use: The 3-meter cable offers greater freedom of movement and easier handling during clinical procedures.


• Multilingual manual: Each product comes with a manual available in English, French, Italian and Spanish, making it easier to use in different regions and language contexts.

Why choose the GE Datex-Ohmeda SpO2 Sensor?

Choosing the GE Datex-Ohmeda "soft" adult SpO2 sensor means opting for a high-quality product backed by one of the most respected brands in the medical sector. Its compatibility with a wide range of GE devices and its ergonomic design make it an excellent choice for any healthcare facility that requires precise and reliable oxygen saturation measurements.