Robert Brooks is a leading expert in precision, high reliability robotic sensing and design. In industry, Brooks has worked across a broad range of high-reliability sectors including nuclear, steel, industrial robotics, pharmaceutical automation and medical devices. He also has a deep background in micro-machining, high density circuit board assembly, and welding with a focus on precision machine assemblies. Brooks holds a BS in in Mechatronics Engineering from the University of Waterloo, and a PhD in Mechanical Engineering from the University of Toronto where his thesis was focused on designing and developing next generation of surgical robotic mechanisms and sensors.
Touch is a key enabling modality in many surgical procedures. Recreating and augmenting the surgeon’s sense of touch in surgical robotics relies on innovations in compact, high reliability, scalable force-torque sensing technologies.
This session will give an overview of the roles of force and torque sensing in surgical robotics; including tip of instrument sensing, trocar remote center of motion/tissue contact, surgeon collaboration/leading/tool insertion, and surgeon-consol interfaces.
We’ll dive in core specifications and the state-of-the-art of what’s possible with force-torque sensing technologies, along with best practices for implementing the force-torque modality into surgical robots.