The Georgetown Public Hospital Corporation (GPHC) has completed 100 robotic-assisted surgical procedures in the five months since it introduced a robotic surgery system. The hospital launched the programme on May 26, 2026, and surgical teams have since made the technology part of routine operations.

The hospital says the system is intended to improve surgical precision and raise standards of patient care. Robotic-assisted surgery uses instruments controlled by the surgeon, who operates through small incisions. Compared with traditional open surgery, the approach gives practitioners finer control and a greater range of movement when carrying out complex manoeuvres.

General surgery accounted for the largest share of the caseload, with 47 procedures. These included cholecystectomies, the removal of the gallbladder, and inguinal hernia repairs. Surgeons also performed colectomies, in which part of the large intestine is removed, and single-anastomosis gastric bypasses.

Gynaecology recorded 34 procedures. Surgeons carried out total abdominal hysterectomies and ovarian cystectomies, along with salpingectomies and bilateral salpingo-oophorectomies. The last two involve removal of the fallopian tubes, and of both the ovaries and fallopian tubes, respectively.

Urology made up the remaining 19 operations. The department performed prostatectomies and nephrectomies, which involve removal of the prostate gland and the kidney. It also completed pyeloplasties, repairs of vesicovaginal fistulas, varicocelectomies and marsupialisations of renal cysts, a technique used to drain and treat fluid-filled cysts on the kidney.

Taken together, the figures show that nearly half of the robotic caseload fell within general surgery, while gynaecology and urology shared the rest. The range of procedures covers abdominal, pelvic and urinary conditions, which suggests surgeons have applied the system across several areas of practice rather than a single field.

Hospital management has now turned to staffing. GPHC plans to introduce dedicated training cohorts for additional personnel in general surgery, urology and gynaecology. Robotic systems depend on trained operators, and the number of surgeons qualified to use the equipment will influence how many patients can be treated. The hospital says the training programme is meant to build local surgical expertise and widen its capacity to offer advanced, minimally invasive care.

Minimally invasive techniques generally involve smaller wounds than open operations. For public hospitals, access to such methods has often been limited by equipment costs and the need for specialised training. The GPHC programme gives patients at a state-run facility access to technology that is more commonly found in private or overseas settings.

The hospital has not published outcome data such as complication rates, recovery times or lengths of stay for the first 100 cases. Those measures will determine how far the system delivers the gains in precision and patient care that the hospital expects. Figures on waiting times for the affected specialties would also show whether robotic capacity has changed access to surgery.

For now, the count of 100 procedures in five months marks the first stage of the programme. The next phase depends on how quickly new training cohorts can be formed and how many additional surgeons are able to operate the system independently.