As noninvasive ventilation, it is used increasingly in a wide range of clinical situations, we offer a dual solution AN359 which combines the advantages of a flexible noninvasive ventilator with a full-featured invasive ventilator for the ICU 

VCV(A/C), PCV(A/C), PRVC, SIMV(VCV)+PSV, SIMV(PCV)+PSV, SIMV(PRVC)+PSV, SPONT/CPAP +PSV, BIVENT +PSV, NIV/CPAP, NIV-T, NIV-S/T

Parameters :-

Trigger Sensitivity:0~35 cmH2O

Tpause:0~4 s

Tidal Volume:20~2000 ml

Respiration Rate:1~80 bpm

Tinsp:0.2~9 s

Tslope:0~2 s

I:E Ratio:1:10~4:1

FiO2: Pressure (-20~0 cmH2O, above PEEP), Flow (0.5~20 LPM) 

 

PEEP:

Psupport: 0~70 cmH2O

Pinsp:5~70 cmH2OMonitoring

Pressure Value: Ppeak, Pplat, Pmean, Pmin, PEEP

Volume / Flow Value: Vti, Vte, MV, MVspont

Time Value:ftotal,fspont, I:E

Gas Monitoring: FiO2, ETCO2

Calculated Values: Compliance(C), Resistance(R) MVleak, RSBI, WOB, PEEPi

Real Time Curves:Pressure-Time, Flow-Time, Volume-Time waveforms, Pressure-Volume, Volume-Flow, Flow-Pressure loops

Alarm:-

High Respiration Rate Apnea AC Failure Nebulizer On

Low Battery Air /O2 supply down High/Low PEEP

Paw high/low MVe high/low Circuit disconnnect

FiO2 high/low Inspiration/Expiratory tidal volume low

Leakage out of range Occlusion

Power Supply: AC100~240 V, 50 Hz/60 Hz

Communication Interface: RS-232 Port, Nurse call Port, Ethernet Port 

Screen:12?TFT color touch screen (detachable)

Supply Gas:O2, 0.28~0.6 MPa

Weight:12.5 kg (Main Unit), 25 kg (Cart)

Dimension (Width x Depth x Height):322 mm x 375 mm x 366 mm (Main Unit), 547 mm x 675 mm x 950 mm (Cart)

Compact, big capacity battery, no air compressor, intra-hospital mobility 

Flexible device configuration: equipped on a trolley, bed or ceiling pendant

Comprehensive ICU ventilator including BIVENT and PRVC

Unique metal-based, autoclavable, heated exhalation valve

Built-in flow sensor, non-consumable design

Upgradeable ventilation system software, with an available USB port

 

The Unique Leak Compensation System - Keep precise control on the tidal volume of each breath delivered to the patient by adjusting compensation dosage automatically 

Optimal patient-ventilator synchrony, increase patient comfort

Advanced Trigger Technique - Enhance sensitivity, avoid spurious triggering

Safe Ventilation Through Whole Treatment Phase Initial Treatment Phase

Noninvasive ventilation mode associated with decreased intubation rates, shortened patient stays, improved patient comfort, and a reduced risk of cross infection

Preset patient’s height and IBW. Reduce clinician’s workload

Stable Condition Phase :-

Three waveforms & three loops with user-friendly display provide a continuous monitoring of the patient’s condition

Comprehensive lung mechanics monitoring include compliance, airway resistance, PEEPi and time constant

PRVC and BIVENT employ lung-protective strategies, delivering intelligent ventilation 

Various ventilation modes enhance the weaning process

The unique trigger and leakage compensation system safeguards each and every patient breath resulting in smooth and comfortable breathing, avoiding extra workload on the patient and promoting recovery

RSBI and WOB provide accurate reference for weaning

Data export port provides connection to hospital monitors and Patient Data Management Systems

Provides pressure support for the patient when spontaneous breathing is present

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