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In this episode of the Open Console Deep-Dive series, we explore the controls, ergonomics, and surgeon interface behind the Medtronic Hugo™ RAS system. If you’ve ever wondered what truly shapes the surgeon’s experience behind the console, this breakdown brings you right into the driver’s seat. We’ll unpack how the console is designed for precision, comfort, and workflow efficiency. You’ll learn how each control element contributes to stable instrument handling, how ergonomic design supports long procedures, and how the surgeon’s visual interface enables real-time decision-making. Whether you’re a biomedical engineer, a healthcare professional, or a student stepping into industry, this video gives you practical insight into the engineering principles that define modern robotic-assisted surgery. If you enjoy this deep-dive, don’t forget to like, comment, and subscribe. It helps the channel and ensures more people discover technical content about medical devices and surgical innovation. Share it with someone who’d appreciate the engineering behind surgical robotics! Follow me on LinkedIn: www.linkedin.com/in/iperez22 Follow MedDeviceEngineerX on LinkedIn: / 109820089 #MedicalDevices #BiomedicalEngineering #SurgicalRobotics #HugoRAS #Medtronic #RoboticSurgery #EngineeringEducation #MedDeviceEngineerX TAGS: medical devices, biomedical engineering, surgical robotics, medtronic hugo ras, hugo ras console, surgical console controls, surgeon ergonomics, robotic surgery interface, how robotic surgery works, medtech education, medical engineering, surgical technology, meddeviceengineerx, engineering students, medtronic robotics, operating room technology, healthcare innovation