The trend in modern medicine is to improve the efficiency of surgical procedures while reducing pain and shortening recovery times. In recent years, various advanced techniques have been developed in this field, one of the most prominent being minimally invasive surgery. This method, which has become especially widespread, involves performing surgery through a few small incisions in the skin, replacing the traditional open surgery approach.
This technique is the foundation for a highly advanced development—
the Da Vinci Surgical System, a sophisticated platform for performing minimally invasive surgeries entirely via robotic control, without direct human touch.
The Da Vinci robot comprises three main components:
Surgeon Console: This is where the surgeon sits and controls the robot, viewing the surgical field through the robot’s high-definition visual system.
Patient-Side Cart (Surgical Robot): This component includes multiple articulated robotic arms with a wide range of motion. The arms can perform delicate and complex tasks with high precision, enabling a broad range of surgical procedures.
Vision System: The system provides a real-time, high-resolution, 3D image of the surgical area, magnified up to eight times. This allows the surgeon to clearly identify even the smallest blood vessels and nerves and avoid damaging them. The enhanced visualization significantly improves surgical accuracy and precision.
The system offers multiple advantages over even the most skilled and experienced surgeons. The robot provides unmatched stability and precision—it doesn’t tire, lose focus, or tremble. Its arms have a 360-degree range of motion and can access areas that would be difficult or impossible for a human hand to reach with the same speed and accuracy.
The advantages are clear: surgeries are faster, more accurate, and less painful. The system reduces the need for large incisions, minimizes scarring and bleeding, improves surgical outcomes, shortens recovery time, and enables quicker return to daily life. In many cases, it eliminates the need for open surgery, which is typically associated with more pain and longer recovery periods.
In 2020, the Friends of the Galilee Medical Center Association purchased this advanced system at a cost of approximately 10 million NIS. Since then, over 200 robotic surgeries have been performed at the Galilee Medical Center, about half in general surgery and the rest in urology and gynecology.
Robotic surgery using the Da Vinci system represents the next generation of surgical procedures. The Galilee Medical Center is committed to expanding the use of this innovative system and training additional surgeons. To support this goal, the center has acquired a surgical simulation system for practicing robotic procedures in general surgery, urology, and gynecology. This simulator will provide surgeons with hands-on experience and allow them to be part of the forefront of surgical innovation.
