Philips IntelliVue MP5SC | Spot-Check Patient Monitor - NBP, SpO2, and CO2

The Philips IntelliVue MP5SC is an advanced spot-check patient monitor designed for use on general hospital floors and in other clinical environments where early detection of patient deterioration is critical. Featuring the IntelliVue Guardian Early Warning Scoring (EWS) system, this monitor supports rapid identification of at-risk patients by integrating vital sign measurements and automated clinical decision support tools. Its large touchscreen display, flexible configuration, and compatibility with standard IntelliVue accessories make it a versatile and user-friendly solution for both spot-check and continuous monitoring needs. Key Features IntelliVue Guardian Early Warning Scoring (EWS): Automated scoring system to help identify patient deterioration earlier and support rapid response activation. Large Touchscreen Display: 8.4-inch or 10-inch color touchscreen for clear, at-a-glance data visualization and intuitive navigation. Multiparameter Monitoring: Measures SpO2 (Philips FAST, Nellcor OxiMax, or Masimo Rainbow), non-invasive blood pressure (NBP), temperature (SureTemp, tympanic, or temporal), and Microstream CO2. Flexible Operational Modes: Supports both spot-check and continuous monitoring; can be upgraded to full ECG monitoring with optional EWS Escalation package. Clinical Decision Support: Integrated tools for measuring, evaluating, and documenting vital signs and EWS scores at the point of care. Connectivity: Compatible with Philips MX40 for short-range wireless monitoring and supports barcode scanner for patient ID. Lightweight and Portable: Rugged design with comfortable handle and bedrail mount, suitable for transport and bedside use. Battery Operation: Up to 4 hours of operation on standard lithium-ion battery. Standardized Accessories: Uses the same accessories as other IntelliVue monitors, simplifying training and inventory. Environmental Durability: Operates from 0 to 40ºC, up to 4000m altitude, and is designed to withstand demanding clinical environments.