Veterinary Anesthesia Machine with CE

Veterinary Anesthesia Machine with CE

1000-1400 USD

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MSLGA04 halothane anesthesia machine for veterinary: Generic evaporator, either Halothane, Enflurane, Isoflurane or Sevoflurane
Anesthesia equipment MSLGA04
Main bodyHigh-strength engineering plastic rack, light,
beautiful and corrosion resistant
Scope of applicationadult, child
Gas sourceO2: 0.27~0.55MPa
Flow meterO2: 0.1~2L/min 2.5~10L/min
Flow rate of rapid oxygen supply25~75L/min
Low oxygen pressure alarm ( Oxygen Alarm )There will be sound alarm when the oxygen
pressure ﹤ 0.2MPa
Vaporizer ( Vaporizer Definition and Vaporizer Construction )It has the function of automatic compensation based on pressure,temperature,and flow rate.The regulation range of evaporator concentration is 0~5 vol%.Among Halothane,Enflurane,Isoflurane and Sevoflurane,one can be chosen for application as required by the customer.
Respiratory circuitworking mode: all-close, semi-close, semi-open
releasing pressure: 0.5~7 kPa
Respiratory bellowsbellows for adults, bellows for children
tidal volume range:0~1500 ml
Ventilator ( Ventilator Definition and Ventilator Function )
Display mode
Ventilation modeIPPV, MANUAL (Manual monitoring of tidal
volume, ventilation volume, respiratory rate)
Ventilation parametersTidal volume 50~1500ml
Rate 2~99 bpm
SIMV rate 2~20 bpm
I:E 2:1~1:8
Inspiratory trigger pressure -1.0~2.0 kPa
Pressure range 1.0~6.0 kPa
Parameters for ventilation monitoringtidal volume, ventilation volume, IPPV rate,
I/E, peak pressure of airway, inspiratory
trigger pressure, pressure - time waveform
Security Alarm System
Airway pressure alarmupper limit setting range 1.0~6.0 kPa
low limit setting range 0.4~2.0 kPa
Per-minute ventilation volume alarmupper limit setting range 3.0~30L/min
low limit setting range 1.0~10L/min
Sustained high-pressure alarmit will give alarm when stress have consistently
been higher than 2.5 kPa
Suffocation alarmit will give sound and light alarm if there is
no tidal volume input in 15s
Power alarm
Power

AC 220V±10% 50Hz±1Hz