CMR Surgical's Vision for the Future of Robotic Surgery: Size, Modularity,
Portability, and Versatility
At LSI Europe ‘23, a panel of executives from CMR Surgical explored the future of robotic surgery, discussing the challenges in the field and the innovative solutions CMR brings to the table. Through their VersiusⓇ system, CMR Surgical is working to transform the medtech landscape by making minimal access surgery more accessible and effective worldwide.
The Origins of CMR Surgical
CMR Surgical was founded with the goal of addressing the significant unmet needs in laparoscopic surgery. Luke Hares, CMR’s CTO, shared how his background in various technological developments led to the realization of the potential for a better tool in surgical robotics.
“There was clearly a need for a better tool to enable everyone to have minimal access surgery,” Hares explained. “CMR was founded on the assertion that you could invent a surgical robot that would help the vast majority of people to have the right kind of surgery.”
Addressing Market Penetration Challenges
Despite the numerous benefits of minimal access surgery, its adoption has remained limited. Dr. Mark Slack, CoFounder and CMO, emphasized the economic and health advantages of laparoscopic surgery and the barriers to its widespread use.
“Less than 50% of people getting surgery get minimal access surgery,” Slack noted. “The United States of America— the most sophisticated health system in the world—only has a penetrance of about 40%. Clearly, something different was needed to meet the need of getting more people minimal access surgery.”
Training and Ergonomics in Robotic Surgery
Robotic systems like Versius simplify the training process for surgeons compared to traditional laparoscopic techniques. Dr. Slack highlighted the ergonomic benefits and the potential for reducing surgeon injuries.
“One of the things we already see is that it’s way easier to train a surgeon on a robotic system than it is on a straight stick, traditional laparoscopic system,” he said, illustrating the ease of learning. “I work closely with surgeons in training. A recent survey we sponsored found that 98% expect to use robotic surgery, citing ease of acquisition and better outcomes but also awareness of ergonomic injuries.”
Software-Driven Ecosystem
The Versius system stands out due to its software-driven ecosystem, designed to continually improve performance and provide comprehensive data for surgeons. Luke Hares explained how Versius’s digital capabilities contribute to better outcomes and continuous improvement.
“Versius is very different from most surgical robots. When you look at Versius, you’ll immediately see that it’s based on small, flexible robot arms,” Hares stated. “The system will track you as you move through those steps. So, you have information coming in as well as guidance.”