“My wife and I are immensely grateful for your treatment of my hernia. We cannot thank you enough for the kindness and thoughtfulness you showed us.”
Minimally invasive surgery
Robotic surgery,
clearly explained.
Robotic-assisted surgery uses small incisions, a console, specialist instruments and a magnified 3D view.
The surgeon controls every movement. The system cannot act on its own.
How it works
- 1The surgeon sits at the console
- 2Hand movements are translated by the system
- 3Instruments move only under surgeon control
Benefit
3D vision and wristed instruments may help selected operations.
Limits
It is not autonomous or automatically superior.
Suitability
Diagnosis, anatomy and hospital pathway guide the choice.
Compare approaches
Open, laparoscopic or robotic — how they differ
Diagnosis, anatomy and hospital pathway determine which approach suits you. This is a general guide, not a recommendation.
| Surgical Aspect | Traditional Open | Laparoscopic | Robotic (Da Vinci Xi) |
|---|---|---|---|
| Surgical Incision Size | Large open incision (10cm - 25cm) | 3 to 4 small keyholes (5mm - 12mm) | 3 to 4 ultra-precise mini-ports (8mm) |
| Visualisation | Direct eye view with surgical headlights | 2D monitor screen, flat depth perception | Immersive 3D High-Definition stereoscopic view (10x zoom) |
| Instrument Maneuverability | Direct human hand access with rigid instruments | Rigid straight shafts with limited angles of motion | EndoWrist technology with 7 degrees of freedom (rotates 360°) |
| Post-Operative Pain | Significant pain requiring strong oral/IV opioids | Mild to moderate pain, short painkiller course | Significantly reduced pain due to zero abdominal wall torque |
| Hospital Stay Duration | 3 to 7+ days in hospital | Day case or 1 night stay | Day case or overnight stay (rapid return to home) |
| Return to Normal Routine | 6 to 8 weeks recovery | 2 to 3 weeks recovery | 1 to 2 weeks for most daily activities and light work |
Not sure which approach is suitable for your condition?