Versius for General and Upper GI Surgeons
What is Versius?
Versius was designed to enable more patients around the world to have access to the highest quality of surgical care.
Versius has a modular design that gives general and upper GI surgeons freedom of port placement to best suit the needs of each patient. Surgeons using Versius in general and upper GI procedures value its enhanced visualisation and fully wristed instruments which give them precision and accuracy.
“We also see that these patients who have undergone surgery with the Versius are being discharged from hospital more quickly than if they had only undergone minimally invasive surgery…
We see that these very precise operations are resulting in even lower blood loss, that patients are experiencing lower levels of pain…
I think that in the future it will be impossible to imagine routine surgery without robotic systems.”
“We also see that these patients who have undergone surgery with the Versius are being discharged from hospital more quickly than if they had only undergone minimally invasive surgery…
We see that these very precise operations are resulting in even lower blood loss, that patients are experiencing lower levels of pain…
I think that in the future it will be impossible to imagine routine surgery without robotic systems.”
360° Robotic Cholecystectomy at Manchester Royal Infirmary
First-hand clinical experience with Versius in general surgery
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Versius robotic assisted Toupet Fundoplication
Policlinico Hospital Milan – L. Boni
Publications
Initiation and feasibility of a multi-specialty minimally invasive surgical
Frances Dixon a,*, Achal Khanna b, Parveen Vitish-Sharma a, Nidhi Shandil Singh c, Kailash Nakade c, Anjana Singh a, Adnan Qureshi b, Richard O’Hara a, Barrie D. Keeler a,d
First-in-human clinical trial of a new robot-assisted surgical system for use in minimal access cholecystectomy procedures
D. Kelkar, M. Borse, G. Godbole, U. Kurlekar, E. Dinneen, L. Stevens, M. Slack
Feasibility of robotically assisted cholecystectomy by the Versius System
Wilson, E., Jah, A. and Morton, J.
