First generation surgical robots, such as the Da Vinci set new benchmarks for precision and accuracy. With A.I. and robotics developments racing ahead at breakneck speed, what new capabilities are in the pipeline? How might next-generation surgical robots impact the future of healthcare?

I visit Prof. Philipp Fürnstahl, a global leader in this field, to unpack how his robots are going beyond vision to listen and feel and apply other senses as they operate. He compares orthopaedic and soft-tissue systems, explains why preop plans must be supplemented by real-time context, dives into spinal surgery as an early use-case for his next-gen robots, and explains the systems challenges of integrating the new innovations with teams, operating room workflows, telemedicine and training.

And as you will hear, Philipp gets me thinking much bigger about which patients will benefit and why. With procedure demand rising and surgeons in short supply, the opportunity is more than safer and more precise surgery, it's scaleable surgery.

Prof. Fürnstahl has authored more than 150 publications in computer-assisted surgery. As well as heading the lab at Balgrist, he is Professor for Research in Orthopedic Computer Science (ROCS) at the University of Zürich. He invited me to visit him at the Computer-Aided Surgery Lab at Balgrist University Hospital where we toured the full-scale surgical theatre used to test the robots.

My thanks to Philipp and his colleagues for so generously sharing their insights and answering all my questions.

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As always, additional commentary and takeaways and the full transcript will be on the Future Bites page soon. More on my work as a Futurist Speaker, and why I do what I do, at www.brucemccabe.com

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