The EDAN Elite V Series embodies the future of modular patient monitoring — combining engineered adaptability, scientific precision, and clinical flexibility. Built with a plug-and-play modular architecture, it allows healthcare professionals to customize parameter configurations, ensuring optimal monitoring for any patient or clinical environment.

Designed for comprehensive acute and anesthesia monitoring, the Elite V Series seamlessly integrates up to eight modules via its Parameter Amplifier Mainframe, enabling simultaneous measurement of a wide range of physiological parameters. Its extensive modular rack supports diverse monitoring needs across ICUs, operating rooms, and step-down units.

EDAN’s proprietary algorithms deliver accuracy and reliability for every parameter measured. These include the iSEAP™ ECG monitoring algorithm for detecting up to 33 arrhythmia types, the SEMIP® ECG diagnostic algorithm with 208 findings, the iMAT™ SpO₂ algorithm, the iCUFS™ NIBP algorithm, and the advanced G2 CO₂ technology for precise gas analysis.

With seamless integration into the EDAN iM20 transport monitor, patient data remains uninterrupted during transfer, ensuring continuous and connected care from bedside to transport and beyond. The system is also designed to interface with external hospital devices and information systems, supporting advanced clinical workflows.

To complement various hospital environments, the Elite V Series offers a range of mounting solutions, from wall-mounted configurations to rolling stands — providing flexibility for any space or workflow requirement.

With its intelligent modular design, validated algorithms, and continuous monitoring capabilities, the Elite V Series sets a new standard for clinical adaptability and accuracy.