Medisys

At Medisys, we are fueled by a dedication to innovation and a promise to support healthcare professionals. We are convinced that technology holds the power to transform medical care and pave the way for a healthier world for everyone.

Our Trusted Clients

Medisys serves and empowers healthcare professionals with innovative solutions.

Partner with Medisys to elevate healthcare delivery. Our proven solutions enhance patient care, streamline operations, and achieve superior clinical outcomes.

Technology transforms medical care delivery and patient outcomes.

We’re building a healthier, more accessible future in healthcare for all.

45+

Years of Excellence

Hear it from our users

Our users’ experiences reflect our commitment to excellence in healthcare technology. Medical professionals across institutions trust Medisys to deliver reliable, innovative solutions that enhance their practice. Their success stories validate our mission of revolutionizing healthcare through technology.

Frequently Asked Questions

The primary purpose of a ventilator is to assist or replace a patient's natural breathing when they are unable to breathe adequately on their own. It does this by delivering oxygen-rich air to the lungs and assisting with the expulsion of carbon dioxide.
A) Invasive Mechanical Ventilation: This means you have a tube in your airway connected to a ventilator, through mouth (intubation) or neck (trackeostomy)

B) Non Invasive Mechanical Ventilation: Provided through face mask.
Medisys developed India’s first indigenous ventilator in the year 1974.
Mechanical Ventilator in the form of negative pressure ventilation first appeared in the early 1800.
Typical intensive care unit (ICU) ventilator become to developed after 1940s.
A fresh gas flow decoupling system is a valve located between the fresh gas flow inlet and ventilator in a circle system breathing circuit. It prevents the fresh gas or oxygen flush from being added to the tidal volume during inspiration by diverting it to the reservoir bag
In low flow anesthesia the fresh gas flow is reduced to 1.0 L/min. In minimal flow anesthesia the fresh gas flow is reduced to 0.5 L/min.
As against the imported ventilators which cost approximately Rs 13 Lakh, the indigenous versions cost Rs 4.5 Lakh approximately.
A fresh gas decoupling system is a valve located between the fresh gas flow inlet and ventilator in circle system breathing circuit.
It prevents the fresh gas oxygen flush from being added to the tidal volume during inspiratory by diverting it to the reservoir bag.