Multi parameter medical patient monitor iM60
MODEL / EDAN-iM60With selectable optional parameters including IBP, cardiac output and capnography, iM60 can adapt to a wide range of sub-acute divisions.
- Employing low-power consumption design, iM60 is with fanless structure which creates no noise and no dust accumulations.
- Supported by latest EDAN technologies
Product Details
Quick Details
With selectable optional parameters including IBP, cardiac output and capnography, iM60 can adapt to a wide range of sub-acute divisions. The high resolution color TFT-LCD together with the up-to-date customizable shortcut menu design brings easy one-touch access to frequent used functions, allowing more attentions to the patients. Employing low-power consumption design, iM60 is with fanless structure which creates no noise and no dust accumulations. Being embedded with various communication capabilities including HL7, LAN, built-in Wi-Fi, Nurse Call, and Defibrillator Synchronization, iM60 can easily communicate and co-work with hospital information system and other hospital facilities.
Specifications
Multi parameter medical patient monitor iM60
With selectable optional parameters including IBP, cardiac output and capnography, iM60 can adapt to a wide range of sub-acute divisions. The high resolution color TFT-LCD together with the up-to-date customizable shortcut menu design brings easy one-touch access to frequent used functions, allowing more attentions to the patients. Employing low-power consumption design, iM60 is with fanless structure which creates no noise and no dust accumulations. Being embedded with various communication capabilities including HL7, LAN, built-in Wi-Fi, Nurse Call, and Defibrillator Synchronization, iM60 can easily communicate and co-work with hospital information system and other hospital facilities.
Multi parameter medical patient monitor iM60
Supported by latest EDAN technologies:
iSEAPTM ECG monitoring algorithm optimized for arrhythmia detection, pacemaker detection, and HR measurement
iMATTM SpO2 algorithm with outstanding motion resistance and low perfusion resistance performance
iCUFSTM NIBP algorithm optimized for cardiac patients, hypertensive patients, and neonatal patients
iCARBTM CO2 algorithm for EDAN G2 CO2 technology
Multi parameter medical patient monitor iM60
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