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Inspira Technologies OXY B.H.N. Ltd., a breakthrough medical technology company targeting to supersede mechanical ventilators, has secured an additional US patent approval for the Vortx orbiting blood oxygenation delivery system, a core technology of the revolutionary Inspira ART device, bringing the combined total of claims deemed novel relating to the core technology of the Inspira ART device, to 32.
The Vortx system aims to oxygenate blood without fiber membranes, potentially transforming the medical field as this technology is expected to reduce both blood damage and costs. Today's fiber technologies for blood oxygenation significantly harm the patient's blood cells, since existing fiber oxygenators force blood to flow through multiple fiber layers, causing harmful turbulence, friction, and shear forces. Due to the fiber fabric's high resistance to blood flow, it creates pressure differences that can severely damage blood components, potentially causing haemolysis, white blood cell damage, inflammatory and immune system activation, and blood clotting.
Dagi Ben-Noon, CEO of Inspira Technologies, remarked, "We view this as another major leap forward in blood oxygenation technologies, representing another crucial milestone highlighting the core technological capabilities of the Inspira ART."
We believe the Inspira ART is a groundbreaking device poised to revolutionize the $19 billion mechanical ventilation market. Designed to support the 20 million intensive care unit patients with respiratory failure each year, many of whom rely on mechanical ventilators, the Inspira ART offers a potential alternative by maintaining stable oxygen saturation levels without the need for ventilators while patients can remain awake during treatment.
Inspira Technologies is an innovative medical technology company in the respiratory treatment arena. The company has developed a breakthrough Augmented Respiration Technology (Inspira ART), with adaptive blood monitoring and blood oxygenation technology designed to rebalance patient oxygen saturation levels.
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