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About

Massimo Dellepiane is a researcher specializing in medical robotics and computer-assisted surgical systems, with a particular focus on laser microsurgery and human-robot interaction in clinical environments. His most influential contribution is the development of the "virtual scalpel" concept, a teleoperated robotic system that enables surgeons to precisely control a surgical laser beam using a graphics pen over live video footage of the operative site — an innovation that has garnered 40 citations and represents a significant step forward in intuitive surgical interfaces. Dellepiane has also made substantial contributions to the field of laser phonomicrosurgery, designing and implementing robotic systems specifically aimed at improving precision, safety, and ergonomics during transoral laryngeal procedures, work that attracted 15 citations. His research extends beyond hardware design into the evaluation of user interfaces, examining how different control devices and visualization methods affect surgical outcomes and usability. Collectively, his body of work addresses critical challenges at the intersection of robotics, medical imaging, and clinical practice, offering practical solutions that enhance both the safety and the accessibility of minimally invasive laser surgery.