
UVENT-T
UVENT-T ventilator is designed to provide a respiratory support to adults and children on any stage of intensive care and in a wide range of clinical situations.
The user-friendly interface and auto-adaptive touch screen display visualize the patient respiratory mechanics, vital signs and ventilation support status.
Thanks to its compact design, built-in turbine and batteries, this ventilator can accompany your patient anywhere within the hospital, independently of central gas and power supplies.
UVENT-T is realized according to the respiratory station concept and integrates effective respiratory support and continuous monitoring of the patient’s respiratory mechanics and vital signs.
Such features offer physicians a unique opportunity to continuously assess patient’s status and the adequacy of respiratory support.
UVENT-T uses the internal flow generator (turbine) that allows to work without compressed air and by the oxygen supply of low pressure. At the same time UVENT-T operates quietly ensuring comfortable conditions for medical staff and patients.
UVENT-T offers the universally recognized ventilation modes:
• Volume Controlled Ventilation (VCV);
• Pressure Controlled Ventilation (PCV);
• Synchronized Intermittent Mandatory Ventilation (SIMV);
• Pressure Support Ventilation (PSV).
As options the most in-demand «intelligent modes» are available:
• Combined pressure and volume controlled modes;
• Adaptive ventilation modes based on the feedback principles.
UVENT-T allows saving monitored data to the nonvolatile memory and their transmitting to the central station. It also has the event log, where all the changes of ventilation parameters and alarm events are kept.
The patient safety is ensured by highly precise sensors, alarm system, network interface and built-in battery. “Touch screen” function and user-friendly menu significantly facilitate setup process.
The main advantages of UVENT-T:
• mobility;
• high-quality mechanical ventilation;
• enhanced monitoring;
• integrated patient monitor of basic configuration;
• hospital network integration.
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Ventilation Modes
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VCV(S)
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Volume controlled ventilation (mandatory or synchronized)
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PCV(S)
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Pressure Controlled Ventilation (mandatory or synchronized)
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SIMV
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Synchronized Intermittent Mandatory Ventilation
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P-SIMV
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Pressure Controlled Synchronized Intermittent Mandatory Ventilation
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BIPPV/APRV
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Biphasic Positive Airway Pressure Ventilation
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CPAP
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Continuous Positive Airway Pressure
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NIV
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Non-Invasive Ventilation
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PS
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Pressure Support Ventilation in SIMV, P-SIMV, BIPPV, CPAP
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HFVCV
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High Frequency Volume Controlled Ventilation
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PCVT
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Pressure Controlled Ventilation with targeted volume
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AdVent (option)
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Adaptive Ventilation
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Control and Ranges
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Tidal volume (Vt) (without HFVCV)
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20–2500 ml
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Inspiratory pressure
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0–80 cm H2O
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Respiratory frequency (f )
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1–120 1/min
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Inspiratory pause (for VCV and SIMV)
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0–70% of inspiration time
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Respiratory frequency of HFVCV
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100-250 1/min
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Inspired oxygen (FiO2)
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21–100%
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Inspiratory/expiratory ratio (I:E) (without HFVCV)
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1:9–4:1
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PEEP/CPAP level
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0-50 cm H2O
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Flow trigger sensitivity
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0.5–10 L/min
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Pressure trigger sensitivity
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- 1- -10 cm H2O
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Flow waveforms (in volume controlled modes)
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Square, decelerating
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PSV rise time
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0.02–2 sec
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PS limits
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0–50 cm H2O
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Expiratory trigger sensitivity (ETS)
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5–70% of inspiratory peak flow
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Patient body mass (m) (to calculate ventilation parameters)
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5–150 kg
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| Grafical Monitoring |
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| Pressure wareform |
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| Flow wareform |
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| CO2 wareform |
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| Photoplethysmogram |
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| Pressure/volume loop |
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| Flow/volume |
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| Flow/pressure loop |
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| Flow/volume PeCO2 |
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| Special Functions |
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| Nebulizer |
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| Urgent delivery of O2 |
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| Stand by |
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| Sigh |
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| Apnea ventilation in SIMV, P-SIMV, CPAP, BiPP, NIV |
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| Endotraheal tube resistace compensation (TRC) |
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| Inspiratory pause |
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| Expiratory pause |
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| Respiratory Mechanics |
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| Peak airway inspiratory pressure (Ppeak) |
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