Robotic Assisted Surgery

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Robotic-assisted surgery combines the skill of the surgeon with advanced computer-guided technology. Before surgery, a 3D model of your joint is created, allowing precise planning of implant size, alignment, and positioning. During the operation, the robotic system guides the surgeon’s instruments within millimetre accuracy.

This improved precision can reduce the risk of implant wear, enhance joint function, and support faster recovery. Robotic technology is particularly valuable for hip and knee replacements, giving patients confidence in both the accuracy and the long-term results of their surgery.

Stryker Mako Robot

Mr Dobson is a Mako certified surgeon and performs hip and knee replacements using the Stryker Mako robotic system. This is one of the most advanced surgical robots available, used worldwide for joint replacement.

The Mako system allows Mr Dobson to:

  • Create a personalised surgical plan based on a CT scan of your joint.
  • Adjust that plan in real time during surgery, if needed.
  • Position implants with exceptional accuracy, tailored to your unique anatomy.

Benefits

Precision Planning

3D CT scans create a personalised surgical plan for your joint.

Mako Technology

The Stryker Mako robot guides implant placement with millimetre accuracy.

Confidence in Results

Enhanced precision supports quicker recovery and longer-lasting outcomes.

Frequently asked question

No. The surgery is always performed by your consultant surgeon. The robot does not operate independently — it is a highly advanced tool that assists the surgeon, improving accuracy and control.
With the Stryker Mako system, a 3D plan of your joint is created before the operation. During surgery, the robotic arm guides the surgeon’s instruments within the exact plan, allowing millimetre-level precision. This can result in more accurate implant placement and potentially a more natural-feeling joint.
The incision is usually similar in size to traditional joint replacement. The main benefits are improved accuracy, less bone and soft-tissue damage, and better alignment of the implant. This can support a smoother recovery and longer-lasting results, although the overall rehabilitation process is similar.
Yes. The technology has been used in thousands of operations worldwide and is designed with multiple safety features. The surgeon remains in full control at all times.

Most patients needing a hip or knee replacement are eligible. Suitability depends on your joint condition, anatomy, and hospital facilities. This will be discussed during your consultation.