What is Robotic Assisted Surgery
Robotic-Arm Assisted Technology is used for partial knee replacements. It applies robotic precision to improve accuracy and to minimize tissue damage.
Using a pre-op CT a specific 3-D model of your knee anatomy is constructed. This 3D model is virtually templated to determine the specific position of the implants to correct leg alignment and to balance the ligaments of theknee. This plan is then uploaded to the "robot": The robot technology enables the surgeon to perform a fully personalised surgical plan with fine control.
About the MAKOplasty® Robot
MAKOplasty® robotic orthopaedic surgery technology allows your surgeon to perform surgery with a minimally invasive approach and to personalize your surgical plan.
The MAKOplasty® procedure is a treatment option for patients who suffer from osteoarthritis in the medial (inner) portion of the knee or less commonly the outer lateral compartment. This technology can also be used for the patello-femoral joint.
Using the newly developed Tactile Guidance System™, surgeons are able to perform this procedure through a 2-3 inch incision.
Only the diseased portion of your knee is removed, leaving the healthy bone and tissue surrounding it untouched.
3D modelling and templating enables the surgeon to create a plan to ensure you knee implant is:
- Sized correctly
- Positioned accurately
- Oriented with precision
Further, during the procedure the surgeon can adjust and align the implant in real time - to balance your ligaments
Benefits of MAKOplasty® Robotic Surgery
A customised, precise insertion of the implants can result in
- Improved knee movement and soft-tissue balance
- More natural feeling knee
- Smaller scar
- Minimal blood loss
- Shorter hospital stay
- Reduced postoperative pain
- Quicker recovery period and rehabilitation
- Faster return to daily normal activities
Who are good candidates for the MAKOplasty® procedure?
Although the best treatment for each patient must be determined individually, typical MAKOplasty® patients share the following characteristics:
- Pain localised to one compartment of the knee
- Pain while standing or walking short distances
- Knee swelling
- Night pain
- Failure to respond to nonsurgical treatment such as rest, weight loss, physical therapy and non-steroidal anti-inflammatory medication
Are you a candidate for the MAKOplasty® procedure?
The first step is ta thorough assessment whic includes as complete medical history including your symptoms, when they began, how they have progressed and any non-surgical treatment(s) you have tried.
Your surgeon will then perform a thorough examination of your knee, checking for such things as range of motion, ligament stability and angular deformity.
A weight-bearing X-ray will be obtained to determine the extent of damage in your knee, and to check for angular deformity.
Stages of MAKOplasty® Partial Knee Implant Surgery
The surgery has 2 stages:
Your Personalized Plan
A CT scan of your knee is used to generate a 3D virtual model of your knee. This provides us with the information we need to properly determine the damaged areas that need to be removed for the precise placement of your knee implant.
This virtual model is uploaded into the MAKOplasty® system “Robot” software and is used to create your personalized pre-operative plan.
Your Precision Surgery
In theatre your surgeon will use the Mako Robot to assist in performing your surgery which is based on your personalized pre-operative plan.
The MAKOplasty® system also allows your surgeon to make adjustments to your plan during surgery as needed to optimise the placement of the implants and to balance your ligaments.
The actual surgery will last approximately one hour and the average hospital stay is 1-3 days.
You will be permitted to walk soon after surgery, and most patients are back to normal daily activities such as driving a car within two to four weeks.
How long can an implant used in a MAKOplasty® last?
All implants have a finite life expectancy that depends on several factors including a patient’s weight, activity level, quality of bone stock and compliance with the doctor’s orders.
However, alignment and positioning are also very important factors affecting the life expectancy of an implant. By using the MAKO Tactile Guidance System™, we aim to achieve the optimal alignment and positioning for your implant to help it last as long as possible.
In addition, because very little bone is actually removed during a MAKOplasty® procedure, the implant can be replaced with another procedure such as a total knee replacement in the future, if necessary.