Life-saving technological innovation even in harder to reach areas: Eurosets announces Xtreme Rescue, the latest generation of extracorporeal cardiopulmonary support devices

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Presented at EuroELSO, Xtreme Rescue is the lightest, most compact, and portable ECLS cardiopulmonary support device.

Commercial launch also initiated for Landing Breathe for advanced respiratory sign monitoring during ECMO procedures.

Outlining future rescue scenarios in hard-to-reach areas, where patients’ lives are at risk: Eurosets and Jetson, a leading company in the eVTOL sector, together at EuroELSO

Milan, April 24, 2025 – During the 13th edition of the EuroELSO congress, taking place in Milan from April 23 to 26, Eurosets, an Italian company leading in the design and production of advanced medical devices, enthusiastically announces the launch of two groundbreaking solutions: Xtreme Rescue and Landing Breathe.

Xtreme Rescue is an innovative ECLS (Extracorporeal Life Support) solution for cardiac and pulmonary support, designed to operate in perfect synergy with the Eurosets Colibrì device. The introduction of a new ECMO machine, the third in the Eurosets portfolio, further enriches the clinical possibilities in emergency situations and, integrating perfectly with the other devices already present, contributes in making the product range even more versatile and complete.

Weighing less than 7 kg, thanks to the use of materials such as aluminum, carbon fiber, kevlar and titanium, Xtreme Rescue is the lightest device in its category worldwide. Its activation within seconds allows it to temporarily replace the mechanical function of the lungs or heart. Xtreme Rescue, thanks to its weight and small size, allows the patient to be transferred to specialized hospitals. It is also suitable for use in ambulances and helicopters, making it incredibly versatile. The quick-connect tubing set also ensures ease of use in any emergency situation.

Another device unveiled for commercial launch at EuroELSO 2025 is Landing Breathe, a one-of-a-kind capnometer for advanced respiratory monitoring. It is designed to connect to the patient’s ventilator and can automatically measure and calculate critical parameters during ECMO (Extracorporeal Membrane Oxygenation) treatments. Connected to the Landing Advance monitoring system, Landing Breathe provides essential information on therapy effectiveness, offering optimal support to clinicians in patient management.

Revolutionizing access to care in remote areas through synergy between medical technology and air mobility: envisioning the future with Jetson ONE

Jetson, an Italian company pioneering personal air mobility, joins Eurosets at EuroELSO to envision the future of extreme rescue operations in areas difficult to reach with traditional emergency services.
At EuroELSO, Jetson and Eurosets will showcase the Jetson ONE, a single-seat ultra-light eVTOL (electric Vertical Take-Off and Landing vehicle), in a dedicated area. Jetson is revolutionizing the concept of personal flight with its eight powerful motors and lightweight aluminum and carbon fiber design, offering a safe and accessible flying experience. Currently undergoing testing near Arezzo, Tuscany, the Jetson ONE represents a solution for quickly reaching remote or hard-to-access locations, opening up new possibilities for rescuers to carry out timely medical interventions in difficult-to-access areas. The extremely lightweight and manageable features of Xtreme Rescue make it the ideal complement to the Jetson ONE for the most extreme rescue missions.

“The integration of Eurosets’ advanced solutions with the innovative mobility of the Jetson ONE opens up exciting future scenarios for medical assistance in the most isolated areas – said Antonio Petralia, Executive Vice President & CEO di Eurosets . We envision a future where devices like Xtreme Rescue or Colibrì can be swiftly transported to remote areas by aircraft such as the Jetson ONE, ensuring timely life-saving interventions. This synergy between cutting-edge medical technology and personal air mobility represents a significant step towards reducing rescue times”.