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Rapid-deployment hospital ventilator
The TransPod Ventilator is a new rapid-deployment hospital ventilator that can serve COVID-19 patients.

Basic Version
Extended Version
- Portable, capable as either an ambulance ventilator, or emergency field hospital ventilator for pandemics
- Runs on battery power, or plug-in wall power
- Connections for permanent installation in a hospital
- Runs independently with its own air supply, or can be connected to oxygen + air tanks, or a hospital oxygen + air connections.
- Doctors can set the respiratory rate (6 to 40 breaths/minute), I:E time ratio, oxygen concentration (21% to 100%), pressure of inhalation and expiration.
- Portable, capable as either an ambulance ventilator, or emergency field hospital ventilator, or ICU ventilator
- Runs on battery power, or plug-in wall power
- Connections for permanent installation in a hospital
- Runs independently with its own air supply, or can be connected to oxygen + air tanks, or a hospital oxygen + air connections.
- Doctors can set the respiratory rate (6 to 40 breaths/minute), I:E time ratio, oxygen concentration (21% to 100%), pressure of inhalation and expiration.
- Suitable for ICU hospital settings, intensive care of critically-ill patients with enhanced features.
- High redundancy and fail-safe backup features, like an aircraft or ship, to make sure there are at least two of all the critical parts.
- Capable of data streaming for graphical monitoring
TransPod has extensive research expertise in electronics, manufacturing, and biomedical engineering. Manufacturing facilities include advanced CNC machines and electronics workstations. TransPod has manufacturing expertise to liaison with secondary manufacturers in Ontario, to advance the supply chain for subcomponents. TransPod's technology won the "Innovation of the Year" award on Parliament Hill in Ottawa. The scientific community has granted TransPod staff 45 peer-reviewed scientific publications, internationally. TransPod's first-in-the-world aerospace technology was adopted in a 31-million Euro research project grant from the European Union, to deploy for aerospace manufacturing both in France and Italy.