THINK.BUILD.SCALE | BUILD: AEGIS-CV [World's most advanced cardiovascular surgical robot] скачать в хорошем качестве

THINK.BUILD.SCALE | BUILD: AEGIS-CV [World's most advanced cardiovascular surgical robot]

Keywords surgical robot, AEGIS CV, V model, Design for Six Sigma, microsurgery, AI imaging, remote telesurgery, coronary bypass, valve replacement, budgeting, scale, business, investment Featured in Digital Trends: https://www.digitaltrends.com/contrib... Summary In this episode, we delve into the development of the AEGIS CV surgical robot, exploring its features, design methodologies, and the integration of advanced technologies such as AI and augmented reality. The discussion covers the structured approach using the V model and Design for Six Sigma, emphasizing the importance of regulatory compliance, budgeting, and supplier collaboration. Key components like the core robotic platform, microsurgical system, and remote telesurgery capabilities are examined, highlighting their roles in enhancing surgical precision and efficiency. Takeaways The AEGIS CV is a surgical robot designed for cardiovascular procedures. The development process follows a structured V model and Design for Six Sigma methodology. Key components include a core robotic platform, microsurgical system, and AI imaging. Regulatory compliance is crucial in the design of medical devices. Budgeting for R&D and production is essential for project viability. Supplier collaboration is necessary for integrating complex systems. AI technologies enhance surgical precision and decision-making. Remote telesurgery can overcome geographical barriers in healthcare. Continuous feedback loops are vital for system improvement. The importance of cost management in technology development. Chapters 00:00 Introduction to Aegis CV and Episode Structure 01:31 Understanding the Aegis CV Surgical Robot 09:49 Design Methodologies and Their Application 18:24 Developing the Microsurgical System 25:50 Creating a CAD Design for Microsurgical System 30:09 Coronary Bypass and Valve Replacement Module 33:30 AI Imaging and Augmented Reality in Surgery 39:16 Beating Heart Motion Compensation Systems 42:30 AI-Driven Suturing and Vessel Sealing Systems 45:33 Remote Telesurgery: Bridging Geographical Gaps 50:31 Ensuring Reliability in Surgical Robotics 54:21 Budgeting and Financial Viability in Medical Innovation 59:42 Collaborating with Suppliers for Surgical Technology