Robotic Surgery
Robotic Surgery and Augmented Reality (Artificial Intelligence)
The continuous evolution of technology has brought the use of robotic surgery into the operating room, which represents a great aid for preoperative planning of the intervention. If we add to all this the minimally invasive nature of the anterior access, we can obtain clinical and radiographic results that almost completely reduce operator error.
This innovative technology specifically allows for greater precision in the positioning of prosthetic components, minimizing the risk of complications and ensuring a longer life of the implant. Thanks to the robot, the surgeon can plan the operation in three dimensions and perform more precise bone cuts, respecting the individual anatomy of the patient. This translates into a faster post-operative recovery and an improvement in the long-term quality of life.
But how does robotic surgery work?
The surgeon, guided by a computer system, performs the operation through small incisions.
A robotic arm, precisely controlled by the surgeon, positions the prosthetic components with millimeter precision.
This technique is particularly indicated in complex cases, such as atypical bone anatomies or revisions of previous prostheses, where the precision of robotics offers a significant advantage.
Thanks to 3D pre-operative planning and visualization
in real time, optimal positioning of the prosthesis can be ensured, reducing the risk of complications and improving the longevity of the implant.
Faster recovery and greater patient satisfaction, these are the results.