VG70 Ventilator with Optimal Combination of Invasive and Noninvasive
VG70 Ventilator with Optimal Combination of Invasive and Noninvasive
As non-invasive ventilation is used increasingly in a wide range of clinical situations, we offer a dual solution VG70 ventilator that combines the advantages of a flexible noninvasive ventilator with a full-featured invasive ventilator for the ICU.
Optimal patient-ventilator synchrony, increase patient comfort
• The Unique Leak Compensation System - Keep precise control on the tidal volume of each breath delivered to the patient by adjusting compensation dosage automatically
• 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 the 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
• PRVC and BIVENT employ lung-protective strategies, delivering intelligent ventilation
• Comprehensive lung mechanics monitoring include compliance, airway resistance, PEEPi, and time constant
• Three waveforms & three loops with user-friendly display provide continuous monitoring of the patient’s condition
Weaning Phase
• Various ventilation modes enhance the weaning process
• The unique trigger and leakage compensation system safeguards each and every patient's breath resulting in smooth and comfortable breathing, avoiding extra workload on the patient, and promoting recovery
• RSBI and WOB provide accurate references for weaning
Rehab Phase
• Data export port provides the connection to hospital monitors and Patient Data
Management Systems
• Provides pressure support for the patient when spontaneous breathing is present
Superior Mobile ICU ventilator
• Comprehensive ICU ventilator including BIVENT and PRVC
• Compact, big capacity battery, no air compressor, intra-hospital mobility
• Flexible device configuration: equipped on a trolley, bed, or ceiling pendant
Cost-Effective Solution
• Unique metal-based, autoclavable, heated exhalation valve
• Built-in flow sensor, non-consumable design
• Upgradeable ventilation system software, with an available USB port
Specification
| Ventilation Modes | 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 | Tidal Volume: 20~2000 ml Respiration Rate: 1~80 bpm Tinsp: 0.2~9 s Tslope: 0~2 s Tpause: 0~4 s I: E Ratio: 1:10~4:1 FiO2: 21%~100% Trigger Sensitivity: Pressure (-20~0 cmH2O, above PEEP) Flow (0.5~20 LPM) PEEP: 0~35 cmH2O Psupport: 0~70 cmH2O Pinsp: 5~70 cmH2O |
| Special Procedures | Apnea Ventilation, Smart Suction, Manual Breath
Insp/ Exp Hold, ETCO2 Measurement Nebulization, Waveform Freeze |
| Monitoring | Pressure Value: Ppeak, Pplat, Pmean, Pmin, PEEP
Volume / Flow Value: Vti, Vte, MV, MVspont Time Value: ftotal,fspont, I:E Real-Time Curves: Pressure-Time, Flow-Time, Volume-Time waveforms Pressure-Volume, Volume-Flow, Flow-Pressure loops Gas Monitoring: FiO2, ETCO2 Calculated Values: Compliance(C), Resistance(R), MVleak, RSBI, WOB, PEEPi |
| Alarm | Paw high/low MVe high/low Circuit disconnect FiO2 high / low Inspiration / Expiratory tidal volume low High Respiration Rate Apnea AC Failure Nebulizer On Low Battery Air /O2 supply down High / Low PEEP Leakage out of range Occlusion |
Technical Data
| Screen | 12〞TFT color touch screen (detachable) |
| Supply Gas | O2, 0.28~0.6 MPa |
| Power Supply | AC100~240 V, 50 Hz/60 Hz |
| Communication Interface | RS-232 Port, Nurse call Port, Ethernet Port |
| Dimension (WxDxH) | 322 mm x 375 mm x 366 mm (Main Unit) 547 mm x 675 mm x 950 mm (Cart) |
| Weight | 12.5 kg (Main Unit) 25 kg (Cart) |
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