MS-600F Anesthesia Machine

MS-600F Anesthesia Machine

Special Feature

*5.5”SNT screen,two waveforms are showed at the same time

*Metal frame,with plastic spray technique,durable and lasting

*Single vaporizer station,selectatec compatible

*Classical flowmeter of 4 tubes

*Could be easily upgrated with functions:eg adding Multi-parameter Monitor,CO2 Monitor,AMIS System

*Working Mode:Semi~open,Semi~closed or Closed system

*Gas Supply Pressure:O2:0.27Mpa~0.55Mpa;N2O:0.27Mpa~0.55Mpa

*Flow Meter

4 Tube:2xO2 Tube,2xN2O Tube,

O2 Tube:0L/min~1L/min~10L/min

N2O Tube: 0L/min~1L/min~10L/min

O2 and N2O linkage Device,Keep Oxygen concentratorion not lower than 25%

*Oxygen Flush


Safety Function

*When airway pressure reach 6kPa,APL valve will automatically release gas

*When airway pressure reach 6kPa,the bellow will stop sending gas to patient

*When airway pressure reach 6kPa,the bellows

*Monitoring PARAMETERS(UNDER Manual and Ventilation)

·Tidal Volume

·Minute Ventilation

·Respiration Mode

·FiO2 (Optional)


*Alarm Parameters(Audible and/or visual signal)

·Airway pressure high/low limit

·FiO2high/low limit(Optional)

·Low O2 Supply Pressure(When O2 Supply Pressure is lower than 0.15Mpa,will arouse Audible Alarm)

·N2O automatic cut off alarm

Anesthesia Ventilator

*Patient type:Adult,Pedtric

*Driven Mode:Pneumatically Driven and Electronically Controlled

*Respirateion Mode:IPPV,SIMV,Sign,Manual

*Tidal Volume:50~1600ml

*Respiratory Frequency:1~65bpm

*I:E Ratio:8:1~1:8

*Pressure Setting:1~60cmH2O

*Trigger Pressure:-20~20cmH2O

Circle Absorber

*Upgraded integrated circle absorber,with twins large volume CO2 canisters,high CO2 absoring effiiciency

·With no-return respiratory valve and expiratory valve on it avoid gas back flowing

·With APL valve on it,the airway pressure could be adjusted freely

·With “Manual/Ventilation”switch on it,easily and quickly change

Electrical Specification


*Battery:12V DC,minimum 120min(if with)

*Power consumption≤50W


*Yoke Device*Patient Monitor*CO2 Monitor*AMIS*AGSS*FiO2