Dr Glenn Gomez
MB BS (Hons)
FRACS (Orthopaedics)

Advanced Orthopaedic Surgery, Rockhampton
To make a Booking:
07 4922 1335

Patient Info

Robotic partial knee replacement surgery involves the use of computer assistance to plan and execute partial knee replacement surgery with the utmost precision and accuracy. Dr Gomez still performs all aspects of the surgery such as the incision and wound closure. The robotic arm, which is controlled and operated by Dr Gomez at all times, is used for assistance during bone cuts and implant insertion.

The first step is patient-specific surgical planning. Before surgery, a CT scan of your knee is taken to develop a 3D virtual model of your unique joint. Dr Gomez uses this model to evaluate your bone structure, disease severity, joint alignment and even the surrounding bone and tissue, so he can determine the optimal size, placement and alignment of your implant.

During the operation specific points are marked out on the patient’s bone so the robot and computer can match these to those planned on the CT.

The range of motion (ROM) and balancing (tension) of the knee is then assessed in both extension (knee straight) and flexion (knee bent to 90 degrees).

Partial Knee Replacement | Rockhampton Robotic Joints

Partial Knee Replacement | Rockhampton Robotic Joints

The aim of a partial knee replacement is to resurface one compartment of the knee- inside (medial) ,outside (lateral) or patellofemoral (kneecap). It is important to maintain the tension (balancing) of the resurfaced compartment so as to optimise function of the resurfaced area and not disrupt the function of the remaining (unresurfaced) knee compartments. This can be a complex and difficult process, which is made much more accurate and reproducible with robotic assistance. With the use of the Mako robot Dr Gomez is able to receive real time feedback regarding the balancing of your knee and make real time corrections to the size and position of the prostheses during the surgery to correct the tension in your knee until it is perfect. This balancing process all occurs before a single bone cut is undertaken.

Once the optimal balancing is achieved, that data is programmed into the robot. The robotic arm is then used by Dr Gomez to make the desired bone cuts in order to execute the plan Dr Gomez has created. A virtual boundary (haptic) provides tactile resistance to help Dr Gomez stay within the boundaries defined in your surgical plan.

Trial prostheses are then inserted and the knee range of motion and balancing again assessed prior to the implantation of the definitive prosthetic components.

Learn about Mako Robotic Knee Surgery

Back to Top