Edan‘s modular patient monitors are revolutionizing critical care by offering a versatile solution for monitoring patients in high acuity settings. With the ability to adapt to flexible parameter combinations, these monitors provide healthcare professionals with the necessary tools to deliver comprehensive care. From critical care units to anesthesia patient monitoring system, Edan patient monitors are engineered to meet diverse clinical needs.
Engineered adaptability for diverse clinical care
Edan’s elite V series modular patient monitoring system feature plug-and-play modules that allow for monitoring a wide range of parameters simultaneously. This adaptability ensures that healthcare professionals can tailor the monitoring capabilities based on the specific needs of each patient and clinical scenario. From vital signs monitoring to advanced parameter measurements, the modular design of Edan’s patient monitors enables seamless integration into various clinical care settings.
Always connected for uninterrupted monitoring
In critical care, seamless data integration is crucial. Edan addresses this need with the transport monitor iM20, which ensures uninterrupted patient monitoring during patient transfers. The iM20 connects data across different applications, allowing healthcare professionals to monitor patients continuously throughout their journey within the healthcare facility. This connectivity enhances patient safety and enables healthcare teams to make informed decisions based on real-time data.
Always accurate with proprietary technologies and algorithms
Edan’s elite V series patient monitoring system are built on scientifically validated and optimized technologies and algorithms. These include the iSEAPTM ECG monitoring algorithm with 33 types of arrhythmia detections, SEMIP® ECG diagnosis algorithm with 208 findings, iMATTM SpO2 algorithm, iCUFSTM NIBP algorithm, and G2 CO2 technology. These advanced algorithms ensure accurate and reliable monitoring of vital signs, enabling healthcare professionals to detect abnormalities and intervene promptly.
Conclusion
Edan’s modular patient monitors offer a versatile and adaptable solution for monitoring patients in high acuity settings. With their ability to adapt to flexible parameter combinations, seamless connectivity, and scientifically validated algorithms, these monitors enhance critical care delivery. The expandable capabilities and availability of mounting solutions further contribute to their effectiveness in diverse clinical settings. Edan’s patient monitors are empowering healthcare professionals with the tools they need to provide comprehensive and accurate monitoring, ultimately leading to improved patient outcomes.
