Personalised Planning Application Overview - The Future of Orthopaedic Surgery

Description

In a presentation led by Jon Greenwald, an overview of Caira's innovative surgical technology is provided, emphasizing their use of radar for surgical tracking and advanced handheld scanning technologies for fast landmark registration. Jon discusses Caira's new AI surgical planning tool, highlighting its intraoperative capabilities designed to simplify decision-making during total knee replacement surgeries. The tool is designed to aid surgeons by integrating pre-operative images with real-time intraoperative data, allowing for a quick, personalized surgical plan.



Current surgical planning tools often require numerous clicks and lack personalized boundaries for surgeons, creating a cumbersome process. Caira's AI tool aims to streamline this by reducing the planning time and unnecessary cognitive load, ultimately leading to standardized, consistent surgical planning tailored to individual surgeon preferences. By creating an automated planning process that collects pertinent intraoperative and preoperative data, the tool reduces the complexity and improves efficiency in the operating room.



As the technology progresses, Caira plans to leverage data collected during surgeries to enhance its AI engine and optimize surgical outcomes. The presentation details a phased market entry strategy, beginning with direct sales to hospitals and surgical centers, followed by transitioning to an OEM model for software integration with robotic platforms. Caira aims to raise $10 million in a series A funding round for continued development and clinical trials, expecting to capture a significant share of the growing market for surgical planning applications.

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