Date: 20. – 21.9.2024
Language: Italian, English
Location: Aeroporto Cinquale di Massa Carrara – Italy
We are excited to announce that cosinuss° will be participating in the 10th edition of the “HEMS 2024 – Technologies and Services for Helicopter Rescue” Congress, taking place in Massa-Carrara on September 20th and 21st. Organized by the Massa Carrara Base Helicopter Service, this event brings together industry leaders and professionals in the field of helicopter emergency medical services. Together with GPI, a multinational group that creates cutting-edge software solutions, services, and technologies to facilitate the digital transformation of healthcare, we look forward to engaging with HEMS experts, sharing our innovative solutions for patient monitoring, and discussing how our technologies can support in helping people in need.
Exploring Innovations in Air Rescue
The congress agenda is rich with engaging topics, focusing on the three key pillars of health, aviation, and civil defense. Attendees can expect comprehensive discussions on the latest advancements and current trends in air rescue, including clinical practices, the integration of new technologies, and the training of rescue personnel. Held at Cinquale Airport in Massa Carrara, the event will also feature an impressive exhibition of helicopters used in various rescue operations, alongside an exhibition session where industry sponsors will have the opportunity to showcase their innovations with dedicated booths.
Universal access to vital signs data
cosinuss° and GPI will share a booth in the industry exhibition, where we will present our cutting-edge technologies*. cosinuss° will feature its mobile patient monitoring solution composed of the c-med° alpha in-ear multiparameter sensor that continuously measures body temperature, oxygen saturation, heart rate, perfusion, and quality index as well as the cosinuss° Health application for mobile devices to visualize the vital signs data. GPI will showcase their lightweight ECG patch, the T1, which offers one-channel, one-derivation or two-channel, six-derivation heart monitoring. These technologies can be used independently or combined to create a lightweight and mobile monitoring solution for hostile environment conditions. The two solutions are fully interoperable, allowing wireless data display across multiple devices, and support continuous offline data broadcasting, ensuring reliable performance even without an internet connection.
