CHARACTERISTICS

INTEGRATED VITAL SIGNS MONITOR

• Displays treatment results in real time
• Includes preductal and arterial pulse oximetry
• Allows modification of the technical characteristics of the monitors, e.g. capnometer rise time, to show the potential and limitations for use in neonates

LUNG MECHANICS

• Programmable airway resistance
• Programmable chest wall
• Non-linear Pv curves
• Allows the lungs to be set to be contracted

HEMODYNAMICS

• Modify the heart rhythm
• Creating a true shunt to create persistent pulmonary hypertension

RESPIRATORY CONTROL 

• Programmable PaCO2 to mimic central respiratory control
• Programmable inspiratory effort
• Programmable apnoea to create any spontaneous breathing pattern

GAS EXCHANGE

• Modification of work of breathing
• Programmable diffusion factor
• Programmable dead space
• Programmable O2 dissociation curve
• Create metabolic alkalosis or acidosis

SPECIAL EFFECTS

• Creating leaks
• Add motion artefacts
• Create PtcCO2 bias

INCLUDE

• 1 Neonatal Lung Simulator – LuSi
• 1 Flight case ready to use
• Rechargeable battery pack,
• 1 Battery charger
• Software : The Windows-based scenario building and editing software LuSiLIFE runs on almost all laptops and communicates with LuSi via Bluetooth.

Description

LuSi, our neonatal lung simulator is the world’s first advanced stand-alone baby lung simulator with real-time artificial intelligence. To train clinicians to assess lung function and respond to treatment without operator intervention.

LuSi responds to treatment without operator intervention and can simulate pathologies such as RDS, lung collapse, weak muscle activity, pneumothorax, airway obstruction, etc.