Bladder Prolapse Treatment

Robotic Sacrocolpopexy

Robotic-Assisted Mesh Suspension for Pelvic Organ Prolapse

150–240 min PROCEDURE
1–2 Days HOSPITAL STAY
>90% SUCCESS RATE
2–3 Weeks RECOVERY

What is Robotic Sacrocolpopexy?

Robotic Sacrocolpopexy uses the da Vinci robotic system to perform sacrocolpopexy through small port incisions with the precision of 3D magnified vision and wristed instruments. The Y-shaped mesh is sutured to the anterior and posterior vaginal walls and secured to the sacral promontory robotically. The robotic platform enhances suture placement precision in the confined pelvic space, particularly for the sacral fixation, which is the technically most demanding step. The procedure is performed under general or spinal anaesthesia with a hospital stay of 1–2 Days.

Women with symptomatic pelvic organ prolapse including cystocele, vault prolapse, or enterocele who are candidates for sacrocolpopexy and have access to robotic surgical facilities. Patients must be adequately fit for anaesthesia and free from active systemic infection before proceeding.

How the Procedure Works

1

Port Placement & Docking

Robotic ports placed; da Vinci system docked; 3D pelvic view established.

2

Presacral Space Development

Peritoneum incised over sacral promontory; presacral space developed safely under direct robotic vision.

3

Vaginal Wall Dissection & Mesh Attachment

Anterior and posterior vaginal walls dissected; mesh sutured to vaginal walls robotically with precision.

4

Sacral Fixation

Mesh tail secured to sacral promontory with permanent sutures under robotic magnification.

5

Peritoneal Closure & Undocking

Peritoneum closed covering mesh; robot undocked; ports removed.

Outcomes

150–240 minDURATION
1–2 DaysHOSPITAL STAY
>90%SUCCESS RATE
2–3 WeeksFULL RECOVERY

Who Needs This Treatment?

  • 3D magnified robotic vision enhances precision of vaginal and sacral suturing.
  • Superior dexterity in confined pelvic space compared to standard laparoscopy.
  • Shortest hospital stay — most patients discharged within 1–2 days.
  • Rapid recovery — return to light activities within 2–3 weeks.
  • Excellent anatomical outcomes with over 90% success in experienced centres.
  • Lower conversion rate to open surgery compared to standard laparoscopy.
"

"Robotic sacrocolpopexy gives us precision in one of the most technically demanding operations in pelvic reconstructive surgery. The 3D vision and robotic dexterity translate directly into better suture placement and superior outcomes."

— — Dr. Vipin Reddy, Consultant Urologist, Andrologist & Renal Transplant Surgeon

Common Questions

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