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Rugged Kinetic Energy Ventilator

This efficient and easy-to-use military-grade innovation was created with COVID-19 in mind and helps ventilate patients in critical conditions. The product includes:

  • Graphic interface for control and monitoring 
  • Exclusive valve for mucus expulsion
  • Kinetic energy converter

THE PROBLEM

As a result of the devastating health impacts of the COVID-19 virus, many infected people worldwide have had to undergo mechanical ventilation. This increased demand for ventilators has put a strain on hospital capacity, resulting in ventilator shortages. In addition, many ventilators require routine maintenance and can undergo breakages that are costly to fix and put patient lives at risk. Furthermore, the virus produces excess mucus in the lungs that is hard for most ventilators to expel and that can cause obstruction in the tubes of ventilators, making them less efficient. 

THE SOLUTION

The  Rugged Kinetic Energy Ventilator is compact, durable, and highly effective, meaning it is resistant to impact and has a low maintenance cost. It can be quickly transported and installed, and can begin delivering oxygen within 1.5 seconds of start-up. It comes with a graphic interface that clearly shows all parameters and controls, using sensors that do not require routine maintenance and calibration like other devices.

It is the only ventilator that uses a kinetic energy converter rather than turbines or other moving mechanical parts, reducing the risk of device breakage and making the device highly efficient and dynamic. In addition, it is the only ventilator that is equipped with a valve that promotes the ejection of mucus in the lungs, which helps prevent the evolution of respiratory complications in the patient and makes the ventilator more effective. It can provide both invasive and non-invasive ventilation, and can be tailored for both the adult and pediatric patient.

Technical features

  • FiO2: 0.4 - 0.5 - 0.6 - 0.8 - 1
  • Pmax: No limit
  • PEEP: from 0.5 - 25 cm H2O
  • BPM: 12-32
  • I:E ratio: 1:1 - 1:4
  • Pressure control: 5-55 mbar

This efficient and easy-to-use military-grade innovation was created with COVID-19 in mind and helps ventilate patients in critical conditions. The product includes:

  • Graphic interface for control and monitoring 
  • Exclusive valve for mucus expulsion
  • Kinetic energy converter

THE PROBLEM

As a result of the devastating health impacts of the COVID-19 virus, many infected people worldwide have had to undergo mechanical ventilation. This increased demand for ventilators has put a strain on hospital capacity, resulting in ventilator shortages. In addition, many ventilators require routine maintenance and can undergo breakages that are costly to fix and put patient lives at risk. Furthermore, the virus produces excess mucus in the lungs that is hard for most ventilators to expel and that can cause obstruction in the tubes of ventilators, making them less efficient. 

THE SOLUTION

The  Rugged Kinetic Energy Ventilator is compact, durable, and highly effective, meaning it is resistant to impact and has a low maintenance cost. It can be quickly transported and installed, and can begin delivering oxygen within 1.5 seconds of start-up. It comes with a graphic interface that clearly shows all parameters and controls, using sensors that do not require routine maintenance and calibration like other devices.

It is the only ventilator that uses a kinetic energy converter rather than turbines or other moving mechanical parts, reducing the risk of device breakage and making the device highly efficient and dynamic. In addition, it is the only ventilator that is equipped with a valve that promotes the ejection of mucus in the lungs, which helps prevent the evolution of respiratory complications in the patient and makes the ventilator more effective. It can provide both invasive and non-invasive ventilation, and can be tailored for both the adult and pediatric patient.

Technical features

  • FiO2: 0.4 - 0.5 - 0.6 - 0.8 - 1
  • Pmax: No limit
  • PEEP: from 0.5 - 25 cm H2O
  • BPM: 12-32
  • I:E ratio: 1:1 - 1:4
  • Pressure control: 5-55 mbar
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