Precision. Reconstruction. Faster Recovery.
Robotic Radical Cystectomy with Intracorporeal Urinary Conduit (RCIC) is a cutting-edge, minimally invasive surgical approach for the treatment of bladder cancer. This advanced robotic procedure involves the complete removal of the urinary bladder (radical cystectomy) along with precise reconstruction of the urinary tract inside the body (intracorporeal conduit), all performed through small keyhole incisions.
At Dr. Sathe’s Uro-Stone Urology Clinic, Dr. Saket Sathe performs robotic RCIC using the latest generation robotic systems that provide enhanced 3D visualization, wristed instrument control, and superior surgical accuracy. The robotic platform allows for precise tumor removal and seamless urinary diversion reconstruction — minimizing blood loss, pain, and recovery time while achieving excellent oncological outcomes.
Robotic RCIC offers several significant advantages compared to traditional open bladder removal surgery. The minimally invasive robotic approach results in smaller incisions, reduced blood loss, less postoperative discomfort, and a faster return to normal activities. The intracorporeal urinary diversion performed entirely within the body minimizes bowel exposure, reduces complications, and improves recovery.
The precision and flexibility of robotic instruments allow meticulous removal of cancerous tissue while preserving surrounding organs and vital structures. This results in improved functional and cosmetic outcomes, as well as shorter hospital stays and quicker rehabilitation.
Key Benefits Include:
• Complete cancer removal with precise reconstruction
• Minimally invasive surgery with small incisions
• Reduced blood loss and postoperative discomfort
• Faster recovery and shorter hospital stay
• Better functional and cosmetic results
• Improved long-term outcomes with advanced robotic precision
With expertise in complex robotic urologic surgeries, Dr. Saket Sathe offers patients advanced bladder cancer treatment through robotic RCIC — combining oncologic safety, surgical finesse, and faster recovery for the best possible patient outcomes.