Enhanced 3D vision
The system provides three-dimensional vision magnified up to 10 times, allowing identification of anatomical structures with extraordinary detail.
Millimetric precision in cancer surgery using the Da Vinci robotic system. We combine the surgeon's experience with the most advanced technology to achieve the best oncological outcomes.
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Robotic surgery represents the most advanced evolution of minimally invasive surgery. Using the Da Vinci system, the surgeon controls articulated robotic arms that replicate their movements with precision impossible to achieve with human hands.
In oncology, this precision is fundamental for performing complete tumor resections while maximally respecting surrounding healthy structures, which translates into better oncological and functional outcomes for the patient.
Robotic surgery offers multiple benefits for both the surgeon and the patient:
The system provides three-dimensional vision magnified up to 10 times, allowing identification of anatomical structures with extraordinary detail.
Articulated instruments have 7 degrees of freedom of movement and the system filters the natural tremor of human hands.
Surgery is performed through small 8-12mm incisions, reducing surgical trauma and postoperative pain.
Less bleeding, less pain, and shorter hospital stays allow faster return to normal life.
Robotic surgery is especially useful in oncological interventions requiring extreme precision:
Colon and rectal resections with nerve and sphincter preservation, especially in low rectal tumors.
Hepatic and pancreatic resections with precise vascular control and reduced bleeding.
Radical hysterectomies and lymphadenectomies with nerve structure preservation.
Complex pelvic salvage surgeries with reconstruction using robotic technique.
We work with the world's most advanced robotic platform:
The surgeon operates seated at an ergonomic console with immersive 3D vision and intuitive controls that translate their movements to the robotic arms.
Four articulated arms hold the camera and instruments, replicating the surgeon's movements with submillimetric precision.
Instruments with articulations that exceed the range of motion of the human wrist, allowing maneuvers impossible in conventional surgery.
Vision system with fluorescence that allows real-time visualization of vascularization and lymph nodes.
At Quenet-Torrent Institute we have certified surgeons with extensive experience in oncological robotic surgery. We have performed more than 1,000 robotic procedures in digestive, gynecological, and retroperitoneal tumor pathology.
Our team is committed to continuous training and research, actively participating in the development of new techniques and protocols that improve outcomes for our patients.
Robotic surgery is applied in multiple oncological pathologies.
Colon and rectal resections with robotic technique.
More informationHigh-precision robotic hepatic resections.
More informationRobotic gynecological oncological surgery.
More informationPancreatic resections with robotic assistance.
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