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Compact devices called portable ventilators are made to supply mechanical ventilation in places where piped gases and main electricity are not available.
These devices now have a level of sophistication that is comparable to that of a traditional intensive care ventilator thanks to modern engineering.
A portable ventilator should ideally be lightweight, durable, and able to operate in severe situations with low maintenance, including oxygen and battery supply.
It must utilise the gas or electricity that is currently available carefully. It should be affordable, easy to use, and offer several efficient ventilatory modes.
The usage of portable ventilators in diverse circumstances necessitates distinct design considerations. Each application has unique requirements for the environment, operator experience, and patient clinical conditions.
Since a single device is unlikely to be perfect in every circumstance, a variety of ventilators are offered. In the course of this analysis, three of these are used as instances.
The gas and power supply needed as well as the supported ventilation modes are important practical characteristics of a portable ventilator.
Lightweight and portable, portable ventilators may be moved around the hospital with ease. They require little upkeep and may work in challenging settings.
For patients who do not require sophisticated critical care ventilators, they offer long-term assistance. These portable ventilators typically use a motor-driven piston or a turbine to pump air into the breathing circuit.
The Global Portable ventilator market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
SpiceJet introduced a line of non-invasive portable ventilators for people with mild to moderate respiratory problems.
The “SpiceOxy” device was created in SpiceJet Technic’s innovation lab, according to a statement from the airline.
According to the statement, this lightweight turbine-based device can be utilised in hospitals, at home, in ambulances, on sloping terrains like army base camps, and for portable applications like wheelchairs and gurneys.
It claimed the gadget might be a big assistance for people with symptomatic coronavirus and was a effective option for patients with mild to moderate respiratory difficulties.
Due to the distinctive design of the Electra Ventilator, seriously ill patients can receive aggressive ventilatory support in clinical settings.
VC-ACMV (Volume Control-Assist Control Mandatory Ventilation), BiPAP, and High Flow Oxygen Therapy are just a few of the numerous ventilator modes included.
The ventilator also comes with special features like a customised health care application, a real-time tablet-based data log, and trending data storage.
The targeted subset of individuals with Acute Respiratory Distress Syndrome can benefit from the ventilator.
The current demands of caring for numerous patients by one doctor can be taxing. Kapil Shah, Director of Electra Ventilators, was inspired by the pandemic circumstances to design remote access and data portability.
Because every second counts while a patient is being observed, and therefore the patient report can be accessible anywhere, anytime.
