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Model MV200 - Intensive Care Ventilator Zisline
Zisline MV200 is multifunctional mechanical ventilator that effectively provides all necessary functions for reliable and safety respiratory support of all patient groups: adult children and infants. Zisline MV200 includes large number of innovative functions that were developed in close cooperation with leading Russian medical experts. The device provides continuous monitoring of gas exchange and evaluation of metabolic needs and has mode of intellectual adaptive ventilation. Zisline MV200 provides invasive mandatory and assisted as well as non-invasive ventilation. Friendly intuitive interface allows using the device by medical personnel of different qualification.
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Mandatory ventilation |
volume controlled |
CMV VCV |
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pressure controlled |
CMV PCV |
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| pressure controlled, volume guaranteed |
PCV VG |
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Synchronized intemittent mandatory ventilation |
volume controlled |
SIMV VC (+PS) |
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pressure controlled |
SIMV PC (+PS) |
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double-controlled |
SIMV DC (+PS) |
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Spontaneous breathing |
with continuous positive airway pressure |
CPAP (+PS) |
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two levels of PEEP |
BiSTEP (+PS) |
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airway pressure release ventilation |
APRV (+PS) |
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Noninvasive ventilation |
noninvasive ventilation with a mask | NIV |
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Adaptive ventilation |
intellectual support ventilation with auto-control of ventilation |
iSV |
| Reserve mode | apnea / backup ventilation |
Apnea / backup |
Intended use: artificial lung ventilation in operation rooms, resuscition and intensive care units, for hospital transportation.
Patient types: adult, pediatric, infant.
Display: 12.1“ , touchscreen, color, viewing angle adjustment.
Gas supply: built-in turbine; oxygen from central gas pipeline, cylinder or O2 concentrator.
Mobile rack-trolley, pneumatic nebulizer, USB.
Power: 100–250 V, 50/60 Hz, built-in battery, up to 6 h of operation.
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Tidal volume, ml |
10-3000 |
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Breathing rate, bpm |
1-120 |
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Tinsp, sec |
0.2-10 |
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Flow trigger sensitivity, lpm |
0.5-20 |
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Pressure trigger sensitivity, cmH2O |
0.5-20 |
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PEEP, cmH2O |
0-50 |
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Flowmax, lpm |
180 |
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Inspiratory pressure, cmH2O |
0-100 |
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Pressure support, cmH2O |
0-80 |
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I:E ratio |
1:99-60:1 |
BASIC MONITORING
Peak inspiratory pressure (PIP), plateau pressure, mean pressure, PEEP
Minute respiratory volume
Inspiratory, expiratory volume
Respiratory rate (RB), spontaneous breaths frequency (fspont)
Compliance (C)
Resistance (R)
I:E ratio
Concentration of inspired oxygen FiO2
Leakage
Maximum flow on inspiration
EtCO2, FiCO2
ADVANCED MONITORING
AutoPEEP, total PEEP
Inspiratory time constant, expiratory time constant
Stress index
Respiratory effort index
Work the patient breathing, work of ventilator breathing
Inspiratory time
Coefficient of spontaneous breathing
Resistance to exhalation
Circuit resistance
Circuit compliance
Dynamic compliance
Rapid shallow breathing index (RSBI)
SpO2, pulse rate
Cardiac output
Volume of alveolar ventilation (Valv min)
GRAPHICAL MONITORING
Graphs: simultaneous displaying up to three curves (flow, pressure, volume, CO2, SpO2, VCO2, Paux, iSV)
Loops: pressure-volume, flow-volume, flow-pressure, volume-auxiliary pressure
Monitoring parameters: simultaneous displaying up to 8 windows depending on user`s choice
Controls: 8 parameters are displayed depending on ventilation mode
Hot keys: 9 fast access icons to special functions of ventilator
| Evaluation of metabolic needs |
The method of indirect calorimetry without use of disposables. Continuous measurement:
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Mainstream capnometry |
Monitoring of EtCO2, FiCO2, capnogram and respiratory rate. Quick response QuReTM sensor provides the highest precision of capnogram waveform for true clinical diagnostics and allows working even in HF ventilation mode up to 200 bpm. |
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Integrated calculator of cardiac output by Fick method |
Calculation of the cardiac output parameter (CO) based on the data of alveolar ventilation monitoring. |
| Auxiliary pressure module |
Measurement of auxiliary pressure in trachea or esophagus via catheter. |
| Stress index |
Integral parameter indicating correctness of PEEP and tidal volume VT settings. |
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Adaptive ventilation (iSV) |
Mode of intellectual adaptive ventilation supporting patients with any level of breathing activity. It automatically determines the parameters of control and support ventilation pressure. This mode is ideal from weaning of patient from the ventilator. |
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Advanced monitoring of alveolar ventilation parameters |
Volumetric capnography (VCO2), airway dead space volume (Vd), alveolar minute ventilation volume (MValv). |
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Pulse oximetry |
Measurement of oxygen saturation of arterial blood hemoglobin SpO2, pulse rate (PR), photoplethysmogram. |