Robot-Assisted Surgery

The DaVinci® surgical system is a robot-assisted surgical system used to perform minimally invasive surgeries.
Robotic surgery with the DaVinci® system is an advanced technology used in various medical procedures, including prostate cancer surgery. The DaVinci® robot assists surgeons in performing precise and minimally invasive operations. Dr. Daniel Seiler is one of Switzerland's leading robotic surgeons and has one of the longest-standing experts in this field. He also trains other surgeons in the application of this modern technology.

Operations with the DaVinci® Surgical System

Radical prostatectomy (removal of the prostate for prostate cancer)

Nerve-sparing prostatectomy (preservation of erectile function and urinary continence)

Partial resection of the kidney (nephron-sparing renal tumor resection) for kidney tumors

Radical nephrectomy (complete removal of the kidney for advanced kidney cancer)

Pyeloplasty (correction of a renal outflow obstruction, e.g., in cases of ureteral junction obstruction)

Radical cystectomy (removal of the bladder for bladder cancer)

Urinary diversion after bladder removal (neobladder or other replacement procedures)

Ureteral reconstruction (e.g., in cases of strictures or injuries)

Ureteral reimplantation (e.g., in cases of vesicoureteral reflux)

It is important to note that DaVinci® robotic surgery is not suitable for all patients or all surgeries. The treating physician will consider the patient's individual circumstances to choose the best treatment option.

How does the DaVinci® surgical system work?

The DaVinci® robot consists of a console where the surgeon sits and robotic arms that guide the instruments. The surgeon operates the instruments via the console and has a magnified 3D view of the surgical field. The surgeon's movements at the console are then precisely transferred to the instruments by the robotic system.

What are the advantages of the DaVinci® surgical system?

A major advantage of DaVinci® robotic surgery is that it places less stress on the patient. The surgery is performed through small incisions, which can result in less blood loss, a faster recovery, and less scarring. Furthermore, the robot's precise control of the instruments allows for high accuracy and fine motor skills, which can lead to better outcomes.