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Virtual Incision

Rachael Wagner explains a robotic surgery device to undergrads Victoria Nelson, left, and David Ryan, center as Shane Farritor listens in. November 29, 2022. Photo by Craig Chandler / University Communication.

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Rachael Wagner and Shane Farritor look over a robotic surgery device in the Virtual Incision facility. November 29, 2022. Photo by Craig Chandler / University Communication.

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Jerry Reif, shop manager at Nebraska Innovation Studio, works on a laser to cut clear plastic sheeting for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Jerry Reif, shop manager at Nebraska Innovation Studio, works on a laser to cut clear plastic sheeting for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19.April 1, 2020. Photo by Gregory Nathan / University Communication.

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Max Wheeler, Shop Instructional Technician at Nebraska Innovation Studio, assembles face shields with parts made at NIC. Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19.April 1, 2020. Photo by Gregory Nathan / University Communication.

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Max Wheeler, Shop Instructional Technician at Nebraska Innovation Studio, assembles face shields with parts made at NIC. Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Max Wheeler, Shop Instructional Technician at Nebraska Innovation Studio, assembles face shields with parts made at NIC. Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Max Wheeler, Shop Instructional Technician at Nebraska Innovation Studio, assembles face shields with parts made at NIC. Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Max Wheeler, Shop Instructional Technician at Nebraska Innovation Studio, assembles face shields with parts made at NIC. Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19. April 1, 2020. Photo by Gregory Nathan / University Communication.

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Face shields have been assembled from 3-D printed and laser-cut parts, and now, injection molding will be used to mass-produce parts for face shields. The face shields are being assembled for hospitals in Nebraska in response to COVID-19.April 1, 2020. Photo by Gregory Nathan / University Communication.

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Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Virtual Incision, a faculty spinoff co-led by Nebraska’s Shane Farritor, has moved into the Rise Building, the newest facility at Nebraska Innovation Campus. The space allows Virtual Incision to expand its footprint to include manufacturing areas for surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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A surgical suite to train clients is part of the new facilities. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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The final assembly area in the new location. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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The final assembly area in the new location. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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The conference room wall is filled with patents that are part of the Virtual Incision technology. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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The conference room wall is filled with patents that are part of the Virtual Incision technology. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Prototypes decorate the reception area. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Shane Farritor works with his team in the new area. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Jason Dumpert works with components in the console assembly area. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Jason Dumpert works with components in the console assembly area. Virtual Incision has relocated to the newest building on Nebraska Innovation Campus and expanded their footprint to include manufacturing areas for the surgical robots. December 20, 2018. Photo by Craig Chandler / University Communication.

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Ordering Instructions

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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