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SLE 5000 medical ventilator for newborns
SLE 5000 is a top class device, the result of constant search for new solutions to achieve an effective combination of the quality of patient care and money spent on it. The device is used in the resuscitation departments of medical institutions of the obstetric aid system and is intended to replace and support the respiratory function of newborns, including those with extra small intestine respiratory infections and young children (from 300 g to 20 kg).
Part number:
Supplier:
Shvabe Description
Modes of ventilation:
- convection forced ventilation of the lungs (CMV)
- patient-initiated lung ventilation (PTV)
- synchronized intermittent forced ventilation of the lungs (SIMV)
- support of breath with a constant positive pressure, manual inhale
- non-invasive ventilation with INCA CPAP
- reduction of volutrauma and barotrauma, the ability to go on independent breathing (TTV)
- positive expiratory pressure (PEEP)
- pressure assisted ventilation (PSV)
- high frequency ventilation (HFO)
Benefits:
- possibility of combining several ventilation modes (CMV + TTV, SIMV + TTV + PSV, HFO + CMV)
- data display on the built-in color LCD-display
- elimination of the possibility of spontaneous occurrence of positive expiratory pressure
- possibility of non-invasive ventilation with INCACPAP
- eliminates the pneumatic effect
- the ability to synchronize modes and implement the principles of "protective" ventilation of the lungs
- support of constant pressure at all frequencies
- filtration of exhaled gases
- the possibility of using gas mixtures of nitric oxide and nitrous oxide
- alarm system
- reducing the problem of resistance and elasticity
- emergency shutdown high pressure
- additional mixed flow release
- the possibility of ventilation of the patient's lungs only with air from the compressor
- provides simple and reliable control and image loops and graphs in real time
- an opportunity to work both with the stream sensor, and without it in the traditional and high-frequency modes
- built-in battery
- the ability to update the software when new features
- the ability to transfer data through the system VueLink
- use of a uniform contour for all modes of ventilation
- trends of variable parameters
CMV / SIMV ventilation modes
BPM (respiration rate), g / min 1-150
The ratio of inhalation / exhalation I: E 11,2: 1 - 1: 600
Inspiratory time, sec 0.1 - 3.0
PEEP pressure, mbar 0 - 20
Inspiratory pressure, mbar 0 - 65
The set volume, ml 2 - 200
FiO2,% 21 - 100
HFO + CMV
Respiratory rate BPM, respiratory / min 1-150
Inspiratory time, sec 0.1 - 3, 0
Frequency range, Hz 3 - 20
Inspiration / expiration ratio (I: E) 11.2: 1 - 1: 600
Inspiratory pressure, mbar 0 - 65
Delta pressure range, mbar 4 - 180
Average pressure range, mbar 0 - 35
FiO2,% 21 - 100
CPAP / PTV / PSV
Inspiratory time, sec 0.1 - 3.0
CPAP pressure, mbar 0 - 20
Inspiratory pressure, mbar 0 - 65
The set volume, ml 2 - 200
FiO2,% 21 - 100
Hfo
Frequency range, Hz 3-20
Inspiration / expiration ratio (I: E) 1: 1
Delta pressure range, mbar 4-180
Average pressure range, mbar 0-35
FiO2,% 21 – 100
- convection forced ventilation of the lungs (CMV)
- patient-initiated lung ventilation (PTV)
- synchronized intermittent forced ventilation of the lungs (SIMV)
- support of breath with a constant positive pressure, manual inhale
- non-invasive ventilation with INCA CPAP
- reduction of volutrauma and barotrauma, the ability to go on independent breathing (TTV)
- positive expiratory pressure (PEEP)
- pressure assisted ventilation (PSV)
- high frequency ventilation (HFO)
Benefits:
- possibility of combining several ventilation modes (CMV + TTV, SIMV + TTV + PSV, HFO + CMV)
- data display on the built-in color LCD-display
- elimination of the possibility of spontaneous occurrence of positive expiratory pressure
- possibility of non-invasive ventilation with INCACPAP
- eliminates the pneumatic effect
- the ability to synchronize modes and implement the principles of "protective" ventilation of the lungs
- support of constant pressure at all frequencies
- filtration of exhaled gases
- the possibility of using gas mixtures of nitric oxide and nitrous oxide
- alarm system
- reducing the problem of resistance and elasticity
- emergency shutdown high pressure
- additional mixed flow release
- the possibility of ventilation of the patient's lungs only with air from the compressor
- provides simple and reliable control and image loops and graphs in real time
- an opportunity to work both with the stream sensor, and without it in the traditional and high-frequency modes
- built-in battery
- the ability to update the software when new features
- the ability to transfer data through the system VueLink
- use of a uniform contour for all modes of ventilation
- trends of variable parameters
CMV / SIMV ventilation modes
BPM (respiration rate), g / min 1-150
The ratio of inhalation / exhalation I: E 11,2: 1 - 1: 600
Inspiratory time, sec 0.1 - 3.0
PEEP pressure, mbar 0 - 20
Inspiratory pressure, mbar 0 - 65
The set volume, ml 2 - 200
FiO2,% 21 - 100
HFO + CMV
Respiratory rate BPM, respiratory / min 1-150
Inspiratory time, sec 0.1 - 3, 0
Frequency range, Hz 3 - 20
Inspiration / expiration ratio (I: E) 11.2: 1 - 1: 600
Inspiratory pressure, mbar 0 - 65
Delta pressure range, mbar 4 - 180
Average pressure range, mbar 0 - 35
FiO2,% 21 - 100
CPAP / PTV / PSV
Inspiratory time, sec 0.1 - 3.0
CPAP pressure, mbar 0 - 20
Inspiratory pressure, mbar 0 - 65
The set volume, ml 2 - 200
FiO2,% 21 - 100
Hfo
Frequency range, Hz 3-20
Inspiration / expiration ratio (I: E) 1: 1
Delta pressure range, mbar 4-180
Average pressure range, mbar 0-35
FiO2,% 21 – 100