Ninox – better air for better care
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Ninox Medical Ltd. revolutionizes high-quality gas production for healthcare and industry with state-of-the-art technology.
about company
Ninox offers portable solutions for on-demand generation of four essential gases—Inhaled Nitric Oxide (NO), Nitrogen, Oxygen, and medical air—all sourced from ambient air and meeting stringent medical gases standards, ensuring high quality, safety, affordability, and accessibility of medical gas therapy. Ninox’s versatile systems seamlessly integrate into various settings, including hospitals, medical gas logistics hubs, and gas manufacturer
has antimicrobial properties
reduces pulmonary hypertension
improves oxygenation
is crucial for treating neonatal conditions
market drivers and needs
GASES VAST INDUSTRIAL & HEALTHCARE APPLICATION
The delivery system for inhaled nitric oxide (iNO) typically mixes iNO with oxygen (O₂) or air to create a therapeutic gas mixture that is safe for patient inhalation and delivers it to the patient through a breathing mask.
INO (HEALTHCARE)
CLD in newborns
ARDS
Malaria treatment
Cystic fibrosis
Pulmonary arterial hypertension
Asthma
400 million pople
Impact of COVID-19 on the iNO therapy market:
- Rising demand for iNO therapy in severe COVID-19 respiratory.
- Supply chain disruption led to delays, shortage of iNO.
key factors are driving
the rising demand for medical gases
the rising demand for medical gases
Growing number of elderly people
Elderly people in Europe, mln
Rising respiratory diseases
Respiratory diseases in Europe, mln
The high cost iNO gas in comparison with other gases
O2, N2, Medical air and iNO prices per liter in Europe, $
Expansion in the demand for home healthcare services
European home healthcare market, $B
portable
universal
more affordable
what exists today
Today, inhaled nitric oxide (iNO) is administered through two methods. Cylinder-based systems rely on high-pressure cylinders containing a nitric oxide and nitrogen mixture, which connect to ventilators or delivery devices for precise dosing.
In contrast, on-site NO generation systems use advanced technologies, like plasma discharge, to produce nitric oxide directly from ambient air.
Complex and costly gas production
Gas cylinders high price
Gas cylinders shortage
Logistics challenges during delivery
Carbon Footprint
We look forward to connecting with industrial partners, gas manufacturers, and hospitals to engage in deeper discussions about our technology and the possibilities for fruitful collaboration.
Contact us to learn how our impact-driven approach can make a real change.
