GE Healthcare and Masimo Partner for Wireless Wearable Pulse Oximetry on Portrait Mobile Platform

9 November 2023

GE Healthcare and Masimo have entered into a collaborative partnership to integrate Masimo's Signal Extraction Technology® (SET®) pulse oximetry into GE Healthcare's Portrait Mobile wireless and wearable patient monitoring solution. Portrait Mobile, an Internet of Medical Things (IoMT) platform, employs advanced cloud-native technology to enable comprehensive continuous monitoring through wearable devices. The integration of Masimo SET® will empower healthcare professionals to use Masimo's clinically validated Measure-through Motion and Low Perfusion™ oxygen saturation (SpO2) measurement technology for non-invasive and continuous monitoring of changes in a patient's condition. Portrait Mobile is designed as an open platform with the flexibility to interface with various technologies. The incorporation of Masimo's SET® pulse oximetry into a wearable sensor highlights the adaptability and scalability of this platform, providing substantial benefits to both healthcare providers and patients.

GE Healthcare and Masimo have a track record of collaborating to deliver solutions across the healthcare continuum. Their latest joint effort to incorporate Masimo SET® pulse oximetry into the Portrait Mobile platform enables real-time continuous monitoring, offering a personalized view of a patient's vital signs while allowing patients to remain mobile during critical recovery phases, such as post-surgery or following discharge from the intensive care unit.

Portrait Mobile is a component of GE Healthcare's FlexAcuity monitoring solution, which combines hardware and software designed to adapt to rapidly changing patient needs. This initiative builds on a solid foundation of clinical advancements and a deep understanding of patient requirements. Clinically proven Masimo SET® Measure-through Motion and Low Perfusion™ pulse oximetry technology has demonstrated its superiority in more than 100 independent studies when compared to other pulse oximetry technologies, especially in situations involving motion and low perfusion.

Source: businesswire.com