ATLAS N7i

 Fully-Electronic Control

• Double touch screen, special and simple-operatinon screen layout.
• Fully-Electronic for flow meters (Unique design), functional-test: including system leakage and compliance.
• Calculation, automatic switchover, if O2/N2O/ Air deficiency : O2 Air, N2O O2 
• Fully-Electronic fresh gas flow control (Unique design), gas supply measured by pressure sensor. Electronic and Mechanical Flush O2.
• Bypass switch, absorb switch status detect, 4 wave display in the same screen.
• Primary connection for Central gas supply for Air, 02 & N20 and as a backup, machine also have provision for connecting oxygen and nitrous oxide pin index cylinders.
• Audio - visual alarm for failure of Oxygen.
• Fitted with hypoxic guard to ensure a minimum of 25% Oxygen delivery at all times to avoid delivery of hypoxic mixture.

     Features:

• 15.6”TFT touch screen, integrated patient monitor design.
• User friendly design interface, easy to operate with graphical and tabular trends for alarms and measured values.
• Human engineering design, rotatable supporting arm and adjustable angle.
• Full-electronic control and electronic flow meter, precise control and accurate data monitoring.
• All ventilation modes to satisfy neonate, pediatric and adult patients without need to change below.
• Integrated breathing circuit with built-in heater.
• Anaesthesia Workstation suitable for Low and Minimal Flow Anaesthesia Applications.
• The machine have fully automatic menu drive self test and compliance setting with user check list with an option to bypass the compliance self test.
• In house manufacturing of anaesthesia machine, vaporizer and patient monitor.
• Independent fresh gas outlet for connection to Bain's or Magill circuit.
• Information of total agent consumption and the consumption done by patient at the end of the case through NMT Module (optional).
• Electronic fresh gas flow-econometer to display efficiency to fresh gas usage with knowledge base tool to set fresh gas flow as per the consumption by the patient for low flow anesthesia.