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Conference Program of WCICA 2012

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<strong>WCICA</strong> <strong>2012</strong><br />

Plenary Lectures<br />

Plenary Lecture III<br />

10:50-11:50, Friday, July 6, <strong>2012</strong><br />

Room 305, Third Floor, Beijing International Convention Center<br />

Surgical Robotics: Different Successful Concepts<br />

in the Past and in Future<br />

Pr<strong>of</strong>essor Tim C. Lueth<br />

Technical University <strong>of</strong> Munich<br />

Germany<br />

Chair: Pr<strong>of</strong>. Max Q.-H. Meng (Chinese University <strong>of</strong> Hong Kong, China)<br />

Abstract<br />

Since 20 years, surgical navigation and robotics are two important technologies to improve the state <strong>of</strong><br />

the art in medical treatment. To know where an instrument is located relative to a region <strong>of</strong> interest (organ,<br />

vessel, bone structure) inside <strong>of</strong> the body is <strong>of</strong> great importance to achieve a preplanned postoperative<br />

situation. To guide and to move an instrument by a robot is more complex but is definitely required for<br />

almost all kind <strong>of</strong> surgery.<br />

While surgical navigation became a standard in many medical disciplines, surgical robotics is still at<br />

it’s beginning. Todays great commercial success <strong>of</strong> only one company with just one robotics approach<br />

(Telemanipulation), should not mislead to an interpretation that surgical robotics is now successful. There<br />

are still more problems than solutions. Also the visibility <strong>of</strong> this company is not typical for medical device<br />

companies. In the talk, several navigation and robotics systems are presented, that were developed within<br />

Germany during the past 15 years with different success. All <strong>of</strong> them skipped the barrier from idea to<br />

clinical use to the market. A collection <strong>of</strong> videos shows the robots use.<br />

Nevertheless, there are different mechanisms that are important to consider if a medical robot should<br />

be successful. These mechanisms are discussed and also the rules for researcher to design robots as<br />

medical device from the very beginning. Also some in-between solutions such as “Navigated Control” are<br />

presented to explain when a robot is useful and why sometimes a different solution is more successful.<br />

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