Outstanding Ergonomic Design Anesthesia Machine with 2 Vaporizers

Model NO.
CNME010320E
Peep
0 CMH2o~30 CMH2o
Frequence (Freq)
1/Min~100/Min
Pressure Control (PC)
5 CMH2o~60 CMH2o
Oscillogram
P-T, F-T, V-T, Etco2-T, P-V/P-F/F-V Loop
Flow Trigger Sensitivity (Ftr)
0.5 L/Min ~ 30 L/Min
Pressure Triggering Sensitivity (Ptr)
-20 CMH2o~0 CMH2o(Based on Peep)
Alarm
Three Level Alarm System
Power
Built-in Battery Ensure 2-3 Hours Using
Display
15 Inch LCD Touch Screen
Product Name
Anesthesia Machine
Ventilation Mode
Ippv, A/C, Pcv,Psv, Simv, Sigh, Manual
Trademark
CNMEDITECH
Origin
China(Mainland)
HS Code
9018907010
Production Capacity
2500piece/Month
Reference Price
$ 9,000.00 - 18,000.00

Product Description

Outstanding ergonomic design Anesthesia Machine with 2 Vaporizers 
Outstanding Ergonomic Design Anesthesia Machine with 2 Vaporizers
Trust point:
Patient Centered Ventilation: Precision in an anesthesia ventilator, from conventional ventilation to advanced modes and adapt to wide range patient.
Safety design: Vaporizer with temperature, pressure, flow compensation and self-lock function. Real time pressure-time, flow-time loop oscillogram and high precision ETC02, 02 concentration detection function included.
Three oscillograms and three loops at the same time
Alarm: Three level alarm system, visual and sound alarm information
Power: Built-in battery ensure 2-3 hours using when power failure
Separate design of electric circuit and gas circuit ensure long using life
Flexible configurations able to customize your requirements


Specification:
Product name Outstanding ergonomic design Anesthesia Machine with 2 Vaporizers 
Ventilation modeIPPV, A/C, PCV,PSV, SIMV, SIGH, MANUAL
Ventilator parameter range Flowmeter: O2(0.1~10L/min)
          N2O(0.1~10L/min)
          AIR(0.1~10L/min)
Rapid oxygen supply: 25L/min~75L/min
Tidal volume(Vt): 0, 20ml~1500ml
Frequence (Freq): 1/min~100/min
I:E: 4:1~1:8
PEEP: 0 cmH2O~30 cmH2O
Pressure triggering sensitivity (PTr): -20 cmH2O~0 cmH2O(Based on PEEP)
Flow trigger sensitivity (FTr): 0.5 L/min ~ 30 L/min
Pressure control (PC): 5 cmH2O~60 cmH2O
SIGH: 0(off) 1/100 ~ 5/100
Apnea ventilation: OFF, 5s~60s
Pressure limit: 20 cmH2O~100 cmH2O
Monitoring parameter Frequence (Freq): 0/min~100/min
Tidal volume(Vt): 0mL~2000mL
MV: 0L/min~100L/min
Oxygen concentration: 15%~100%
OscillogramP-T (pressure - time)
F-T (flow- time)
V-T (volume - time )
ETC02-T (ETC02 - time)
P-V / P-F/ F-V loop
Alarm and protectionThe AC power failure alarm: Power failure or no connection
Internal battery backup low voltage alarm < 11.3±0.3 V
No tidal volume: ≤5 ml within 6s
High oxygen concentration alarm: 19% ~ 100%
Low oxygen concentration alarm: 18% ~ 99%
High airway pressure alarm: 20 cmH2O~100 cmH2O
Low airway pressure alarm: 0 cmH2O~20 cmH2O
High minute volume alarm: Adult (5 L/min -20 L/min)
Low minute volume alarm: Paed (1 L/min -15 L/min, 0-10 L/min)
Continuous pressure alarm: (PEEP+1.5kPa) over 16s
Suffocation warning: 5s-60s no spontaneous ventilation
The maximum limited pressure: <12.5 kPa
Fan error: Show on screen
Oxygen deficit: Show on screen
Working conditionGas source: O2, N2O, AIR
Pressure: 280kPa~600kPa
Voltage: 100~240V
Power frequency: 50/60Hz
Packing size Wooden case packing size: L87*100*160cm
N.W./ G.W: 165/240KG
Wooden case packing size: L55*73*67cm
N.W./G.W: 45/60KGS

Anesthesia Machine Detailed Pictures:
Outstanding Ergonomic Design Anesthesia Machine with 2 VaporizersOptional part 1
Anesthetic gas monitor, Vital Signs Monitor:
Real-time monitoring of anesthetic gas and patient's physiological condition
Optional part 2
AGSS: To enhance the safety of the environment in which members of staff in close proximity with waste anesthetic gases and vapors (agents)work

Outstanding Ergonomic Design Anesthesia Machine with 2 Vaporizers
Outstanding Ergonomic Design Anesthesia Machine with 2 VaporizersOutstanding Ergonomic Design Anesthesia Machine with 2 VaporizersOutstanding Ergonomic Design Anesthesia Machine with 2 VaporizersOutstanding Ergonomic Design Anesthesia Machine with 2 Vaporizers
 

 

SUPERAUTO.CAT, 2023