iSpO2® Pulse Oximeter

Better Data = Better HealthTM
Better Data = Better PerformanceTM

The iSpO2® Pulse Oximeter measures:

SpO2

Oxygen level in the blood to indicate changes due to heart or lung, oxygen use by your body, or altitude

PR

Number of heart pulses per minute to indicate overall fitness or exertion levels at any time

Pi

Strength of blood flow to the finger to indicate changes in blood circulation

Accurate When You Need it Most

The Leading Hospital-Grade Technology

Masimo pulse oximeters are the leading brand in hospitals because of Signal Extraction Technology (SET®), which provides accurate measurements when other hospital-grade pulse oximeters fail – during movement and low blood flow.

The Masimo Accuracy Advantage

Performance Index of Oxygen Saturation During Movement and Low Blood Flow *¹

Performance Index of Pulse Rate During Movement and Low Blood Flow*¹

Flexible and Easy-To-Use:

  • The iSpO2® pulse oximeter comes in four versions – small and large options for the lightning connectors (iOS devices) and micro USB (Android devices)
  • Operates with either iOS or Android devices
  • Masimo Personal Health app coupled with your iSpO2 pulse oximeter allows you to track and trend your oxygen saturation (SpO2), pulse rate (PR), and perfusion index (Pi). Click here to learn more about the App
  • Portable, lightweight and comes with a carrying case
  • One year limited warranty

iSpO2® Results in Three Easy Steps

Connect iSpO2® to device

Place sensor on finger

Get measurements

Click below to learn about the Masimo Personal Health App

Masimo Personal Health App

References:

1. Shah N et al. J Clin Anesth. 2012;24(50):385-91.


* Testing was conducted on 10 healthy volunteers with machine and volunteer-generated hand motion. Measurements from both technologies were compared to reference measurements from a stationary hand. Performance indexes were calculated for both oxygen saturation (defined as the duration of time within 7% of reference) and pulse rate (defined as the duration of time within 10% of reference). The percentages shown were calculated by averaging the performance indexes for machine- and volunteer-generated hand motions.

PLCO-001094/PLM-10808A-0717