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Robotic-Assisted Surgery

Robotic-assisted surgery represents the cutting edge of orthopaedic precision, combining advanced pre-operative planning with intra-operative accuracy.

Sub-mm
implant placement accuracy
10-15 min
added theatre time

Robotic-assisted surgery uses a robotic arm controlled by the surgeon to execute bone preparation and implant positioning with a level of precision that exceeds what is achievable by hand alone. The robot does not operate independently—it is a sophisticated tool that enhances the surgeon's capabilities while the surgeon retains complete control at all times. In orthopaedics, robotic systems are most commonly used for total and partial knee replacement and, increasingly, for total hip replacement.

The robot doesn't perform the surgery. It is a precision tool that helps the surgeon execute the right plan more consistently than the human hand alone.
Dr. Hargovind Singh
  • What Is Robotic-Assisted Orthopaedic Surgery?

    Robotic-assisted surgery uses a robotic arm controlled by the surgeon to execute bone preparation and implant positioning with a level of precision that exceeds what is achievable by hand alone. The robot does not operate independently—it is a sophisticated tool that enhances the

  • How the Technology Works

    The robotic surgical workflow involves three key phases: Pre-operative planning — A CT scan of the patient's joint is used to create a detailed 3-D model. The surgeon plans implant size, position, and alignment on this model before the patient enters the operating theatre, tailor

  • Benefits of Robotic-Assisted Surgery

    Clinical data from high-volume centres and national registries increasingly support the advantages of robotic-assisted joint replacement: Sub-millimetre accuracy — Robotic systems consistently achieve implant positioning within 1 mm and 1 degree of the pre-operative plan. Soft-ti

  • Which Procedures Use Robotic Assistance?

    At our centre, robotic-assisted technology is available for: Total knee replacement — Achieving optimal component alignment and balanced flexion-extension gaps. Partial (unicondylar) knee replacement — Where implant positioning is especially critical to long-term success. Total h

  • Is Robotic Surgery Right for You?

    Robotic-assisted surgery is suitable for most patients undergoing joint replacement. During your consultation, your surgeon will discuss whether the robotic platform offers a meaningful advantage for your specific case. Factors considered include the complexity of your anatomy, t

  • Safety and Surgeon Training

    Patient safety is paramount. Our surgeons have completed accredited training programmes on the robotic platform and maintain proficiency through ongoing case experience and continuing education. The robotic system is subject to rigorous maintenance and calibration protocols, and

Frequently asked

Common questions

No. The surgeon is in full control at all times. The robotic arm assists with bone preparation and provides feedback, but every decision and action is directed by the surgeon.
Most patients report equal or less post-operative pain compared with conventional techniques. The precision of robotic bone preparation and soft-tissue preservation may contribute to a more comfortable recovery.
Operative time is comparable to conventional knee replacement—typically 60–90 minutes. The pre-operative CT scan and planning add about 15 minutes but are completed before the day of surgery.
Yes. A CT scan of the affected joint is obtained before surgery to build the 3-D model used for pre-operative planning. The radiation dose is low and the scan takes only a few minutes.
Many insurance providers cover robotic-assisted joint replacement. Our team will help verify your coverage and obtain any necessary pre-authorisation before scheduling surgery.
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