ResMed ELISÉE 250 Ventilator: Advanced respiratory support for efficient and personalized intensive care.
The ResMed ELISÉE 250 ventilator is specifically designed for use in transportation and emergency scenarios, where reliable respiratory support is crucial. It is equipped with essential features necessary for ventilation and monitoring, ensuring comprehensive care for patients in critical conditions. One of its standout features is its intuitive user interface, carefully crafted to meet the demands of emergency environments. This user-friendly interface enables healthcare professionals to quickly and effectively operate the ventilator, even in high-pressure situations where every second counts.
One of the key advantages of the ELISÉE 250 is its battery support system, providing flexibility and continuity of care during transport or in locations with limited access to power sources. With a built-in battery capable of powering the ventilator for up to 12 hours (with a removable battery pack), healthcare providers can rely on the ELISÉE 250 to deliver uninterrupted ventilation support. Additionally, the ventilator is compatible with a wide range of external power supplies, ranging from 12V to 28V DC, ensuring adaptability to various settings and situations.
In terms of mobility, the ELISÉE 250 excels with its lightweight and compact design, weighing only 9.9 lb (4.5 kg). This portability makes it highly suitable for use in ambulances, helicopters, and other emergency vehicles where space is limited and mobility is essential. Furthermore, the ventilator comes with a range of accessories, including a polyvalent hooking system and transport bag, enhancing its usability and convenience during transport and deployment in different environments.
In addition to its mobility and essential features, the ResMed ELISÉE 250 ventilator prioritizes safety and simplicity, ensuring effective and reliable respiratory support in emergency situations. One notable safety feature is its ability to operate on room air, eliminating the need for compressed gas or a dedicated oxygen source. This not only simplifies setup and operation but also reduces reliance on external resources, making the ventilator highly versatile and adaptable to different clinical environments.
Moreover, the ELISÉE 250 is equipped with a high-pressure oxygen inlet with monitoring capabilities, allowing healthcare providers to closely monitor and regulate oxygen delivery to the patient. The ventilator offers precise control over the fraction of inspired oxygen (FiO2), with settings ranging from 21% to 100% in 5% increments. This fine-tuned control ensures that patients receive the appropriate oxygen concentration tailored to their specific needs, optimizing respiratory support and patient safety.
To further enhance safety during ventilation, the ELISÉE 250 features a dedicated "O2 100%" function, which delivers 100% oxygen for a duration of 2 minutes when activated. This function can be crucial in situations where rapid oxygenation is required, such as during acute respiratory distress or respiratory failure. By providing a quick and efficient means of delivering high-concentration oxygen, the ventilator helps mitigate hypoxia and stabilize patients in critical condition.
In terms of simplicity, the ELISÉE 250 is designed with user convenience in mind. Its integrated electroluminescent (EL) screen offers clear visibility even in low-light environments, ensuring that healthcare providers can easily monitor ventilation parameters and patient status.
Additionally, the ventilator features a dedicated alarm menu, allowing efficient monitoring of current ventilation and enabling quick checks on patient activity relative to alarm settings. This intuitive interface streamlines operation and enhances situational awareness, enabling healthcare professionals to respond promptly to changes in patient condition and alarm triggers.
Overall, the ResMed ELISÉE 250 ventilator prioritizes safety and simplicity without compromising on performance. Its comprehensive safety features and user-friendly design make it a reliable and efficient tool for delivering respiratory support in emergency settings, empowering healthcare providers to deliver optimal care to patients in critical situations.