Vital Signs Monitor IM60 - New

Edan iM60 Vital Signs Monitor - Advanced Medical Surveillance.

In the medical field, monitoring vital signs is essential to ensure quality care and patient well-being. The Edan iM60 Vital Signs Monitor stands out as a cutting-edge device, offering advanced medical surveillance and unparalleled versatility. Equipped with innovative features and ergonomic design, the iM60 is the ideal tool for healthcare professionals dedicated to providing superior quality care.

With its compact dimensions and lightweight design, the iM60 monitor is perfectly suited for use in a variety of medical settings, whether in operating rooms, emergency departments, or general consultations. Its 7-hour battery life ensures continuous monitoring, even during extended periods, while its intuitive touchscreen and simplified control buttons allow for smooth and efficient navigation.

One of the most remarkable features of the iM60 monitor is its ability to monitor multiple vital parameters simultaneously. From SpO2 monitoring to temperature measurement, ECG recording, and CO2 capnography, this versatile device offers a comprehensive range of features to meet the diverse needs of healthcare professionals. Thanks to its advanced algorithms, such as iSEAPTM for arrhythmia detection and SEMIP for 12-lead analysis, the iM60 monitor ensures precise and reliable results with every use. Additionally, its iMATTM algorithm for SpO2 monitoring offers exceptional motion resistance, ensuring accurate measurements even in demanding conditions. In addition to its impressive technical performance, the iM60 monitor also offers an unparalleled level of customization and comfort. With pre-set alert levels tailored to different age groups, healthcare professionals can quickly detect critical situations and take necessary actions. Furthermore, the sleep mode conserves energy during extended monitoring sessions, prolonging battery life and reducing operational costs.

The Edan iM60 Vital Signs Monitor is an indispensable tool for precise and versatile medical monitoring. With cutting-edge technology and ergonomic design, this revolutionary device provides a comprehensive range of features for accurately and efficiently monitoring your patients' vital signs. Its 7-hour battery life and compact design make it perfectly suited for use in various medical settings, whether during anesthesia, emergency hospitalizations, general consultations, or detailed analysis of cardiac and respiratory functions. Equipped with a large touchscreen and intuitive control buttons, the iM60 monitor offers simple and quick navigation through its various functions. Advanced algorithms, such as iSEAPTM for arrhythmia detection and SEMIP for 12-lead analysis, ensure precise and reliable results with every use. Additionally, its iMATTM algorithm for SpO2 monitoring offers exceptional motion resistance, ensuring accurate measurements even in demanding conditions.

Beyond its versatility and reliability, the iM60 monitor also offers advanced features for optimal monitoring. Pre-set alert levels, tailored to different age groups, enable quick detection of critical situations, while the sleep mode conserves energy during extended monitoring sessions. Furthermore, the dedicated setting for nighttime surveillance ensures discreet monitoring, with reduced brightness, decreased alarm volume, and illuminated buttons for optimal visibility in the dark.

The Edan iM60 Vital Signs Monitor represents the future of medical monitoring. Versatile, precise, and easy to use, this revolutionary device offers a comprehensive solution for vital sign monitoring, ensuring superior quality care for all patients. With the iM60, healthcare professionals can rest assured that they have the perfect tool to meet the most complex challenges of modern medical practice.

Battery: 7-hour autonomy

Dimensions: 30.3 x 25.4 x 16.1 cm

Weight: Less than 3.8 Kg (without battery)

ECG: iSEAPTM algorithm for arrhythmia detection

ECG: SEMIP algorithm for 12-lead diagnosis, 208 analysis results

SpO2: iMATTM algorithm, motion resistance

NIBP: iCUFSTM algorithm, optimized for cardiac, hypertensive, and neonatal patients