The neonatal "Y" SpO2 sensor for Philips is a high-quality device designed to accurately monitor blood oxygen levels in newborns. With a cable length of 1.6 meters, this sensor offers the flexibility needed for convenient and safe use in clinical environments. Compatible with a wide range of Philips monitors, including M3, M4, MP20, MP30, MP40, MP50, MP70, MP80, VM4, VM6 and VM8, this sensor is a reliable choice for healthcare professionals.

Main Features of the Neonatal "Y" SpO2 Sensor

The neonatal "Y" SpO2 sensor for Philips has been designed to meet the specific needs of oxygen measurement in newborns. Here are some of its main features:

• OEM Brand: Philips


• Sensor Type: Neonatal Y type


• Cable Length: 1.6 meters


• Compatibility: Philips M3, M4, MP20, MP30, MP40, MP50, MP70, MP80, VM4, VM6, VM8


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

Extended Compatibility

This neonatal SpO2 sensor is compatible with a wide range of Philips monitors, ensuring seamless integration with existing systems. Compatible models include:

• Philips M3


• Philips M4


• Philips MP20


• Philips MP30


• Philips MP40


• Philips MP50


• Philips MP70


• Philips MP80


• Philips VM4


• Philips VM6


• Philips VM8

Benefits of Using the Neonatal "Y" SpO2 Sensor

Using the neonatal "Y" SpO2 sensor for Philips offers numerous benefits, including:

• Accuracy: Accurate blood oxygen level measurements, essential for neonatal monitoring.


• Reliability: Manufactured by Philips, a leading brand in the medical sector.


• Flexibility: 1.6-meter cable length for greater freedom of movement.


• Ease of Use: User manual available in multiple languages for easy understanding and use.

Multilingual User Manual

All products are supplied with a user manual available in four languages: English, French, Italian and Spanish. This ensures that healthcare professionals can use the device correctly and safely, regardless of their native language.

Conclusion

The neonatal "Y" SpO2 sensor for Philips is an excellent choice for healthcare professionals who need a reliable and accurate device for monitoring oxygen levels in newborns. With its broad compatibility, optimal cable length and multilingual support, this sensor represents a safe investment for any healthcare facility.