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UVENT
Ventilator

UVENT Ventilator is designed for providing respiratory
support to adults and children primary in intensive care unit
settings and in recovery rooms. This is high class ventilator
which allows providing mechanical ventilation in a wide
range of clinical situations.





 


Description Features Specifications Files


Description

UVENT 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. Syringe pumps can also be integrated in this system to facilitate and optimize medication dosing and fluid management. Such features offer physicians a unique opportunity to continuously assess patient’s status and the
adequacy of respiratory support.

An innovative approach to flow controls in the gas supply
system allows to achieve stable ventilation in wide range of gas inlet pressures. Precise volume delivery without persistent alarm generation could be maintained even in situations with inlet pressure dropping below 2 Bars.

UVENT 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.

It allows choosing appropriate type of respiratory support in a wide range of clinical situations either for adults or children.

UVENT facilitates saving monitored data into 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 make easy and speed up ventilation parameters setup process.

Features

• Mandatory, support and «intelligent» ventilation modes.
• Non-invasive ventilation.
• Simultaneous use of flow and pressure triggers in the trigger modes.
• Availability of electrically controlled PEEP/CPAP valve.
• Sensitive system of patient’s inspiratory efforts triggering in combination with «highly
responsive» valves.
• Wide range of expiratory trigger sensitivity settings.
• Function of endotracheal tube resistance compensation.
• Calculation of initial ventilation parameters, taking into account the patient’s body weight.
• Standby mode.
• Continuous monitoring of the patient’s vital signs: electrocardiogram (ECG), heart rate (HR), blood oxygen saturation (SpO2), noninvasive blood pressure (NIBP), CO2 concentration in expiratory gases.
• Digital and graphical monitoring of respiration (pressure, flow and volume waveforms; espiratory loops for selected parameters).
• Intratracheal pressure monitoring.
• Determination of rapid shallow breathing index.
• Occlusion pressure (P0,1) determination.
• Multilevel system of audible and visual alarms for all monitored parameters.
• Power supply: 110–230 V AC / 50/60 Hz, internal battery and on-board car circuit.

Specifications

Ventilation Modes
VCV(S) Volume controlled ventilation (mandatory or synchronized)
PCV(S) Pressure Controlled Ventilation (mandatory or synchronized)
SIMV Synchronized Intermittent Mandatory Ventilation
P-SIMV Pressure Controlled Synchronized Intermittent Mandatory Ventilation
BIPPV/APRV Biphasic Positive Airway Pressure Ventilation
CPAP Continuous Positive Airway Pressure
NIV Non-Invasive Ventilation
PS Pressure Support Ventilation in SIMV, P-SIMV, BIPPV, CPAP
HFVCV (option) High Frequency Volume Controlled Ventilation
PCVT (option) Pressure Controlled Ventilation with targeted volume
ProVent (option) Proportional Ventilation
AdVent (option) Adaptive Ventilation
Special Functions
Nebulizer (option)
Urgent delivery of О2
Stand by
Sigh
Apnea ventilation in SIMV, P-SIMV, CPAP
Endotracheal tube resistance compensation (TRC)
Inspiratory pause
Expiratory pause
Control and Ranges
Tidal volume (Vt) 20–2500 ml
Inspiratory pressure 0–80 cm H2O
Respiratory frequency (f ) 1–80 1/min
Inspiratory pause (for VCV and SIMV) 0–70% of inspiration time
Respiratory frequency of HFVCV
60–200 1/min
Inspired oxygen (FiO2) 21-100%
Inspiratory/expiratory ratio (I:E) 1:9 – 4:1
PEEP/CPAP level 0-50 cm H2O
Flow trigger sensitivity 0.5–10 L/min
Pressure trigger sensitivity 0.5–10 cm H2O
Flow waveforms (in volume controlled modes) Square, decelerating
PSV rise time 0.02–2 sec
PS limits 0–60 cm H2O
Expiratory trigger sensitivity (ETS) 5–70% of inspiratory peak flow
Patient body mass (m) (to calculate ventilation parameters) 5–150 kg
Graphical Monitoring
Pressure waveform
Flow waveform
Volume waveform
CO2 waveform
ECG waveform
Photoplethysmogram
Pressure/volume loop
Flow/volume loop
Flow/pressure loop
Respiratory Mechanics
Peak airway inspiratory pressure (Ppeak)

Plato airway pressure (Pplato) in VCV

Minimum airway pressure (Pmin)

PEEP/CPAP

AutoPEEP

Esophageal Pressure (Pes) (option)

Intratracheal pressure (Ptr) (option)

Occlusion pressure (P0,1) (option)

Minute ventilation (MVexp)

Inspiratory tidal volume (Vti)

Expiratory tidal volume (Vte)

Total breathing frequency (f total)

Spontaneous breathing frequency (f spont)

Inspiratory time (Tinsp)

Expiratory time (Texp)

Airway oxygen concentration (FiO2)

Peak inspiratory flow (Flow insp)

Peak expiratory flow (Flow exp)

Patient Monitoring
Oxygen saturation (SpO2)
Electrocardiogram (ECG)

Arterial blood pressure (NIBP)
Сapnography (СО2 by inspiration-expiration)
Gas supply
Inlet gases pressure (oxygen, air) 2–6.5 bar
Display
Size: 15"
Type: Bright color, TFT «touch screen»
Resolution: 1024х768 dots
Dimensions
Main block 48х42х30 (cm)
Height including cart 145 cm
Weight 18 kg

Files

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