The Power of Connectivity in Lunaris IO and IO+

At Axiles Bionics, we are continually advancing prosthetic technology by integrating advanced robotics and artificial intelligence into our Lunaris IO and IO+ models. These innovative prostheses enhance mobility while leveraging powerful data collection, offering users an unparalleled experience.

AI-Powered Data Collection

A standout feature of the Lunaris IO and IO+ is their ability to collect and process data at impressive speeds. Equipped with 14 embedded sensors, the prosthesis collects data at a rate of 500 samples per second—five times faster than most biomechanical data systems used in research. This high-speed data collection provides detailed insights, helping users better understand their performance and optimize their mobility.

The Power of the IO Charger

Both Lunaris IO and IO+ come with the IO Charger, a device that not only powers the prosthesis but also enables secure data transfer. As the prosthesis charges, user data is seamlessly transmitted and stored, ensuring it is always up-to-date for detailed analysis.

The Axiles Mobile App

The Axiles Bionics mobile app provides users with valuable insights into the performance of their prosthesis. After each charging session, the app is updated with fresh data, giving users a clear view of their prosthetic usage and their performance. As the app evolves, new features will be added to further enhance the user experience.

Battery Life: No Impact on Performance

The electronic sensors in the Lunaris prosthesis are dedicated to data collection and connectivity, but whether the battery is full or empty, it won’t affect the mechanical functionality of the prosthesis. Users can rest assured that their Lunaris prosthesis will continue to provide solid support and consistent performance, regardless of the battery's charge level. This ensures uninterrupted mobility and reliability throughout the day.

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Advancing Biomechanical Research

The speed and precision of the data collected by Lunaris IO and IO+ represent a significant advancement in biomechanics. These insights not only help improve users' understanding of their movements but also contribute to scientific research, paving the way for even more advanced prosthetics in the future. By gathering real-world data from daily use, this technology helps develop next-generation prostheses with greater precision and efficiency.

This data-driven approach fosters a deeper connection between users and their prostheses, empowering them to lead more active and fulfilling lives.

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To learn more, explore the differences between the IO and IO+ here!