Why is Robotic Surgery Preferred in Urology?

Robotic surgery in urology stands out as one of the most important innovations offered by medical technology in recent years. This technique, which is less invasive compared to traditional surgical methods, allows surgeons to perform procedures with high precision and lower risk. Among the main reasons why robotic surgery is preferred in urology are faster recovery processes of patients, interventions performed with smaller incisions and low complication rates.

Robotic surgery in urology is a modern surgical technique that allows surgeons to operate in a more precise and controlled manner through high-resolution 3D images and robotic arms. This method is used in the treatment of urological diseases, especially in cases such as prostate cancer, kidney diseases and urinary tract obstructions. By transferring the movements of the surgeon’s hands to the robot arm, robotic surgery enables surgeries with smaller incisions and can speed up the healing process. It also offers advantages such as less bleeding, lower risk of infection and shorter hospital stays. This technology allows urological surgeons to perform more complex procedures more successfully.

Robotic surgery has an important place in the field of urology. Thanks to the technology developed in recent years, the use of robotic surgery in the treatment of urological diseases has increased. Especially in the treatment of conditions such as prostate cancer, kidney cancer and urinary tract obstructions, robotic surgery expands the surgeon’s field of vision and allows him to perform more precise interventions. This technology offers a minimally invasive approach, shortening the recovery time of patients and reducing complications. The precision and accuracy offered by robotic surgery allows surgeons to work more efficiently, while helping patients return to their daily lives more quickly.

Robotic surgery offers significant advantages in urological surgeries. This technology allows surgeons to operate more precisely, safely and effectively. Here are some of the advantages of robotic surgery in urological surgeries:

• High Precision: Robotic systems allow the surgeon to make more precise and controlled movements, which allows better protection of sensitive structures, especially nerves and vessels.
• Smaller Incisions: Robotic surgery operates with smaller incisions using minimally invasive methods, which means less pain and faster recovery time.
• Less Bleeding: The precision provided by robotic surgery increases the safety of surgical intervention by reducing bleeding.
• Shorter Hospital Stay: Robotic surgery is less invasive, allowing patients to recover faster and stay in hospital for a shorter period of time.
• Less Risk of Infection: Small incisions and more precise operations minimise the risk of infection.
• Better Visualisation and 3D Imaging: The 3D imaging technology provided by robotic surgery allows surgeons to see the operation area more clearly.
• Surgeon Comfort: Robotic systems allow surgeons to work in a more ergonomic way, resulting in less fatigue and better focus in long-lasting surgeries.

While robotic surgery makes it possible to perform surgical procedures in the field of urology in a more precise and controlled manner, some complications may also be encountered. These may include the fact that robotic surgery may sometimes offer a poor visual field, tissue damage and nerve injuries. In addition, technical malfunctions of the device, bleeding during the operation, risk of infection and complications in the healing process can also be seen. Although robotic surgery provides lower complication rates than manual surgery, the surgeon’s experience and team coordination play a critical role in minimising these risks.

Robotic surgery and traditional surgical methods offer different advantages and features. Both approaches have their own advantages and limitations, but robotic surgery has replaced many traditional methods by offering a technology-based solution. Here are the main differences that distinguish these two surgical methods:

• Technological Support: Robotic surgery utilizes robotic systems and high-resolution 3D imaging technologies, while traditional surgical methods rely on manual dexterity and manual operation techniques.
• Monitoring and Control: In robotic surgery, the surgeon controls the robot, while in traditional methods the surgeon works directly on the patient.
• Size of Incisions: Robotic surgery usually requires smaller incisions, while traditional surgery may require larger incisions.
• Recovery Time: Recovery is usually faster and less painful with robotic surgery, while traditional surgery may require a longer recovery period.
• Accuracy and Precision: Robotic surgery offers higher accuracy and precision, allowing the surgeon to make fewer mistakes, while traditional surgery is more prone to human error.
• Equipment and Access: High-tech equipment and specialized training are required to use robotic surgery, while traditional surgery is usually performed with more common and accessible equipment.
• Cost: Robotic surgery is usually more expensive because it requires specialized robots and technology.

Robotic surgery is used in the treatment of urological cancer as a technology that allows surgeons to operate in a more precise and controlled manner. This method is generally preferred in the treatment of urological diseases such as prostate, kidney and bladder cancers. The most important advantage of robotic surgery is that the surgeon can operate with small incisions in the body and the robot provides a clearer view by imaging with high-resolution cameras. In this way, cancerous tissues can be removed more accurately, the healing process can be accelerated and the risk of complications is reduced. Robotic surgery also allows the surgeon to perform the intervention less invasively, allowing patients to be discharged faster.

Robotic surgery in urology is generally preferred in cases that require a minimally invasive approach. This method accelerates the patient’s recovery process and reduces pain as it is performed through smaller incisions. It is especially used in the treatment of diseases such as prostate cancer, kidney cancer, urinary tract obstructions and kidney stones. Robotic surgery provides a smoother and more controlled operation process by increasing the surgeon’s precision, thus reducing the risk of complications and speeding up the patient’s postoperative recovery.

Robotic surgery is a technique that has the potential to provide faster recovery in urological surgeries. This method offers a minimally invasive approach, enabling procedures performed through smaller incisions compared to traditional open surgery.

Urological surgeries performed with robotic surgery generally carry less risk of bleeding. The high precision and minimally invasive approach provided by this technology allows the surgeon to move more controlled on the organs.

Robotic surgery in urology can play an important role in reducing surgical errors. Robotic systems offer a more controlled operation process by precisely improving the surgeon’s hand movements.