Regional oximetry sensors

INVOS™ regional oximetry pediatric sensor

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Regional oximetry sensors

INVOS™ regional oximetry pediatric sensor

INVOS™ regional oximetry pediatric sensors are applied to the skin’s surface and can be placed on up to four site-specific areas chosen by the care team.

Description

A regional oximetry sensor for every patient

With children and neonates, conditions can change fast. So, you need to stay ahead of their evolving needs. Continuous monitoring with the INVOS™ 7100 regional oximetry system gives you a “first alert” to changes in tissue oxygenation that, left untreated, could quickly impact the course of these precious lives.1 INVOS™ 7100 sensors are available in three sizes, so you can be assured that your patients have a regional oximetry sensor that fits their unique size and anatomy.

The INVOS™ pediatric rSO2 sensor has been designed for use with the INVOS™ 7100 regional oximeter system for monitoring of site-specific regional oxygen saturation (rSO2) in pediatric patients weighing 4–40 kg.2

Features

  • BIS™ monitoring sensors fit alongside INVOS™ 7100 sensors.2
  • Sensors ensure the BIS™ system and the INVOS™ system will not interfere with one another (sensor windows must not overlap).2
  • Sensor-off detection that lets you know if sensors have become detached.3
  • The sensor uses four wavelengths: two for rSO2 and two for sensor off detection.3

Ordering information

Item number Description Units per box
PMSENS71-P-20 INVOS™ 7100 pediatric rSO2 sensor 20

The INVOS™ cerebral oximetry system should not be used as the sole basis for diagnosis or therapy and is intended only as an adjunct in patient assessment.

  1. Edwin G. Avery. Cerebral oximetry is frequently a “first alert” indicator of adverse outcomes, Medtronic.com, October 2021, accessed February 2025. Minneapolis, MN.
  2. INVOS™ pediatric sensor system instructions for use PT00166071. Medtronic; 2022.

  1. Based on internal test RE00315066, engineering report, sensor on/off rationale, PM7100 pediatric portfolio. 2021.