Edan M3 Multiparameter Patient Monitor: Precision and Versatile Vital Signs Monitoring
The Edan M3 multiparameter patient monitor represents a significant advancement in healthcare, providing a comprehensive solution for precise and versatile vital signs monitoring. Designed for outpatient and general ward care, this advanced medical device caters to the diverse needs of healthcare professionals in environments such as hospitals, outpatient services, intensive care units, and clinics.
The monitor's 5.6-inch high-resolution color TFT-LCD screen ensures clear and detailed visualization of essential physiological parameters, including blood pressure (BP), oxygen saturation (SpO2), and infrared temperature (Temp.). Its lightweight and portable design makes it a convenient tool for healthcare professionals on the go, while its user-friendly interface facilitates intuitive use for duly trained specialists.
Featuring both automatic and manual measurement modes, the monitor adapts to user preferences, offering unparalleled flexibility.
Flexible configurations meet varied clinical needs, providing options such as Auto/Manual/Continuous/Average BP mode. Real-time measurements and trend display allow for in-depth patient assessment, providing valuable data for informed decision-making.
The integrated rechargeable lithium-ion battery functionality ensures an impressive autonomy, allowing for up to 14 hours of continuous operation. This guarantees the monitor remains operational for extended periods without interruption, providing unparalleled reliability in demanding clinical environments. Additionally, USB flash disk support and compatibility with the HL7 system via XML files or MFM-CMS streamline data transfer and sharing, enhancing process efficiency.
Equipped with a barcode scanner, the Edan M3 facilitates accurate and swift patient identification. This feature improves data management and helps reduce errors associated with patient identification. Bidirectional communication with the central monitoring system, MFM-CMS, enhances the monitor's integration into modern healthcare systems, enabling centralized monitoring and efficient care coordination.
Its versatility is also evident in its ability to support a wide range of patients, from adults to newborns. Included sensors and cuffs, such as the adult SpO2 sensor and adult cuff, ensure maximum adaptability to meet the specific needs of each patient. The measurement range for blood pressure, heart rate, and temperature is extensive, ensuring comprehensive coverage of monitoring needs.
The monitor incorporates a sophisticated alarm system that categorizes alarms into three distinct levels: high, medium, and low. This allows for a swift response to critical situations, ensuring proactive patient care. Visual, auditory, and written alarms provide immediate notification of anomalies, contributing to quick and effective intervention.
In terms of data storage, the Edan M3 patient monitor excels with an impressive capacity to store up to 30,000 blood pressure measurements, 72 hours of trends, and 800 alarms. Connectivity to the local internet network via the LAN port also facilitates data storage and management, reinforcing the monitor's ability to serve as a reliable source of information.
Its intelligent sleep mode contributes to energy conservation when the monitor is not actively in use, extending battery life and offering increased energy efficiency. Additionally, the low battery indicator provides proactive notification to users, avoiding unexpected interruptions during monitoring.
Accessories and consumables associated with the monitor, such as the wheeled stand, cuffs, thermometer probe covers, SpO2 sensor, SpO2 extension cable, and data management software, further enhance its features and versatility. These complementary elements ensure optimal use of the monitor in various clinical scenarios.
The Edan M3 multiparameter patient monitor represents a comprehensive and reliable solution for vital signs monitoring, tailored to the diverse needs of healthcare professionals. Its combination of precision, versatility, and advanced features makes it an indispensable tool in the field of modern healthcare, contributing to efficient and proactive patient care.
