IWA-VA02 Advanced Veterinary Anesthesia Ventilator

Name: IWA-VA02 Advanced Veterinary Anesthesia Ventilator
SKU: 4643
Availability: InStock

Advanced Veterinary Anesthesia Ventilator with Touch Screen and Multi-mode Ventilation

Product Overview

Veterinary Anesthesia Ventilator

Specially use for big animal and small animal anesthesia ventilation,
could widely apply in vet hospital, animal R&D institute, university
laboratory, animal clinic, animal zoo, etc.

The IWAMED IWA-VA02 Advanced Veterinary Anesthesia Ventilator is a high-precision microprocessor-controlled ventilation system featuring a 9-inch touch screen interface. With multiple ventilation modes including volume control, pressure control, and synchronized intermittent mandatory ventilation, it provides comprehensive respiratory support for animals of all sizes during surgery and anesthesia procedures. Equipped with turbine drive electronic control system and complete alarm functions, it ensures maximum patient safety and operational convenience.

Key Features

✓ 9-inch touch screen display - Intuitive touch interface displaying all parameters
✓ 8 ventilation modes - VCV, PCV, VS, CPAP/PSV, PRVC, SIMV-PC, SIMV-PRVC, MANUAL
✓ Turbine drive electronic control - Advanced turbine drive with electronic control technology
✓ Dual bellows for all sizes - Includes both 0-300ml (small animal) and 300-1500ml (large animal) bellows
✓ Comprehensive monitoring - Complete monitoring of tidal volume, minute ventilation, airway pressure and more
✓ Multi-parameter alarm system - Complete multi-parameter alarm system ensures patient safety
✓ Built-in battery backup - Built-in battery supports operation during power outages
✓ Convenient front panel design - Dedicated silence key and lock key on front panel
✓ USB software upgrade - Supports software upgrade via USB interface

Basic Information

Product Name	Advanced Veterinary Anesthesia Ventilator
Model	IWA-VA02
Brand	IWAMED
Category	Anesthesia Equipment
Screen	9 inch touch screen
Working Mode	Auto-control, Manual
Ventilation Mode	VCV, PCV, VS, CPAP/PSV, PRVC, SIMV-PC, SIMV-PRVC, MANUAL
Bellows	0-300ml (small animal), 300-1500ml (large animal)
Driving Mode	Turbine drive and electronic control
Suitable For	Small to Large Animals

Ventilation Parameters

Tidal volume (TV)	20-1500ml
Breathing rate (Freq)	1-150bpm
Spontaneous breathing rate (Freq_Spont)	0-150bpm
Ratio of inhalation and exhalation (I:E)	9:1-1:9 adjustable
Hold time	0-50%
Flow trigger sensitivity (F_Tring)	0.5-20L/min, OFF
Pressure Trigger Sensitivity (P_Tring)	-1-20cmH2O, OFF
End-expiratory pressure	3-20cmH2O, OFF
SIMV frequency (Fre_SIMV)	2-60bpm
Inspiratory time (T_Insp)	0.1-12s
Pressure support (PS)	0-60cmH2O
Inspiratory pressure	0-60cmH2O
Tidal volume of expiratory	0-2500ml
Tidal volume of inspiratory	0-2500ml
Minute Ventilation (MV)	Display: 0-99L/min, Use: 0-25L/min
Spontaneous minute ventilation (MV_Spont)	Display: 0-99L/min, Use: 0-25L/min
Peak pressure (Ppeak)	0-80cmH2O
Platform pressure (Pplat)	0-80cmH2O
Mean pressure (Pmean)	0-80cmH2O
Inhaled oxygen concentration (FiO2)	15-100%
End-expiratory pressure (PEEP)	0-20cmH2O
Driving gas pressure (Press_Drive)	0-900kpa

Alarm Parameters

Pressure upper limit	0-60cmH2O
Pressure lower limit	0-60cmH2O
Tidal volume upper limit	0-1500ml
Tidal volume lower limit	0-1500ml
Ventilation volume upper limit	0-40L/min
Ventilation volume lower limit	0-40L/min
Oxygen concentration upper limit	15-100%
Oxygen concentration lower limit	15-100%
PEEP upper limit	0-25cmH2O
PEEP lower limit	0-20cmH2O
Breathing rate upper limit	1-150bpm
Breathing rate lower limit	1-150bpm
Apnea time	3-20s
Gas source pressure low alarm	Less than 280kpa
Low battery alarm	8±0.2V
Alarm volume	2-10 adjustable

Product Structure

Front Panel:

Bellow: special for small and big animal (0-300ml, 300-1500ml)
9 inch touch screen: set and monitor the breathing parameter
Silence key: press to mute for 120 seconds when alarming
Lock key: lock screen to prevent accidental touch
Shuttle knob: adjust different parameters

Rear Panel Interfaces:

Breathing system interface: connect the ventilator to the CO2 absorber
The fan: air enters here and is converted into drive gas by the turbine system
Power cable interface
Exhaust interface: connect the exhaust gas absorption tank to discharge exhaust gas
Driving gas inlet: connect the driving gas outlet to provide gas for bellows
Driving gas outlet: supply gas to the bellows to make it work
Software upgrade USB interface
Flow sensor interface: monitor the flow parameter
Power switch
Harmless exhaust gas outlet