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Robotics

A robotic welder at Nebraska Innovation Studio welds a Nebraska N to a cutout in the shape of Nebraska. March 14, 2024. Photo by Craig Chandler / University Communication and Marketing.

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A robotic welder at Nebraska Innovation Studio welds a Nebraska N to a cutout in the shape of Nebraska. March 14, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station as Rachael Wagner, a Husker doctoral student, looks on. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Rachael Wagner, a Husker doctoral student, surgically cut a rubber band on the International Space Station as Nebraska Engineering professor and Virtual Incision founder Shane Farritor applauds. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Rachael Wagner, a Husker doctoral student, gets a chance at surgically cutting a rubber band on the International Space Station as Nebraska Engineering professor and Virtual Incision founder Shane Farritor looks on. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Rachael Wagner, a Husker doctoral student, gets a chance at surgically cutting a rubber band on the International Space Station as Nebraska Engineering professor and Virtual Incision founder Shane Farritor looks on. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Virtual Incision employee Lou Cubrich gets a chance at surgically cutting a rubber band on the International Space Station. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

240210 Robotic Surgery 3508

Virtual Incision employee Lou Cubrich gets a chance at surgically cutting a rubber band on the International Space Station. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Virtual Incision employee Lou Cubrich gets a chance at surgically cutting a rubber band on the International Space Station as Nebraska Engineering professor and Virtual Incision founder Shane Farritor looks on. Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Dr. Dmitry Oleynikov, smiles while using the Space MIRA. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor and Dr. Dmitry Oleynikov. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor takes a turn using the surgical robot as Dr. Dmitry Oleynikov applauds a successful cut. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor takes a turn using the surgical robot as Dr. Dmitry Oleynikov mimics the robot’s arm motions. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Nebraska Engineering professor and Virtual Incision founder Shane Farritor takes a turn using the surgical robot as Dr. Dmitry Oleynikov watches. Virtual Incision successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

240210 Robotic Surgery 2913

Virtual Incision employee Lou Cubrich gets a chance at surgically cutting a rubber band on the International Space Station. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Yuman Fong, chair of surgery at the City of Hope Cancer Centers, thanks the crowd after successfully making a cut using the Space MIRA. Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Francesco Bianco, University of Illinois, Chicago, concentrates while using the Space MIRA. Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Francesco Bianco, University of Illinois, Chicago, concentrates while using the Space MIRA as Nebraska Engineering professor and Virtual Incision founder Shane Farritor watches. Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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Dr. Theodoros “Ted” Voloyiannis of Texas Colon and Rectal Specialties in Houston, TX, concentrates while using the Space MIRA. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

240210 Robotic Surgery 2383

Dr. Theodoros “Ted” Voloyiannis of Texas Colon and Rectal Specialties in Houston, TX, concentrates while using the Space MIRA. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

240210 Robotic Surgery 2351

Dr. Theodoros “Ted” Voloyiannis of Texas Colon and Rectal Specialties in Houston, TX, concentrates while using the Space MIRA. Nebraska Engineering professor and Virtual Incision founder Shane Farritor successfully performed robotic surgery on the International Space Station. Controlled from the Virtual Incision offices in Lincoln, NE, surgeons cut rubber bands–mimicking surgery–inside a payload box on the International Space Station. February 10, 2024. Photo by Craig Chandler / University Communication and Marketing.

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All photos are available to UNL departments at no charge. Email the titles of the photos to Craig Chandler or Monica Myers.

cchandler2@unl.edu
mmyers2@unl.edu

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