That’s where MAKOplasty knee surgery comes in.

Unlike traditional total or partial knee replacements, MAKOplasty uses the precision of robotic-arm technology to selectively target only the damaged area of your knee without replacing your entire joint. This preserves your healthy bone and tissue while allowing for optimal implant positioning for a more natural feeling knee.

What is MAKOplasty?

Makoplasty knee surgery is a technically advanced surgical procedure for patients with early-to-mid stage osteoarthritis (OA). The partial knee resurfacing procedure is used to remove only the diseased portion of your knee, sparing healthy bone and tissue.

Then an implant is secured in the prepared knee joint, providing a more natural feeling and movement. As a result, patients are often able to return to normal activities within a few weeks of the procedure.

MAKOplasty implants have a longer life expectancy than other types of knee replacements due to their proper alignment and precise positioning during surgery. This is made possible through RIO(r) robotic arm technology.

MAKOplasty is a partial knee resurfacing procedure

MAKOplasty is a minimally invasive knee surgery that is performed through a four to six inch incision over the knee with small incisions in the thigh bone (femur) and the shin bone (tibia). Only the diseased portion of your knee is replaced sparing healthy bone and tissue.

The surgeon uses a Robotic Arm Interactive Orthopedic System (RIO) to receive a real-time visual of your surgical site, which helps improve implant positioning.

The surgeon is able to place the implants precisely and accurately, which maximizes the life of the implant, and allows patients to move their knees comfortably. The surgeon can also fine-tune the size and position of the implants before surgery to ensure they are stable in all directions.

MAKOplasty is a unicompartmental or bicompartmental knee replacement

The most common surgical knee intervention for osteoarthritis is a total knee replacement, but this treatment option isn’t always ideal for patients who have early to mid-stage OA in just one or two compartments.

For these patients, MAKOplasty partial knee surgery may be best knee doctor in phoenix the right choice for restoring pain and function. With the use of MAKOplasty, surgeons can target only the diseased portion of the knee and resurface it, sparing healthy bone.

MAKOplasty uses advanced CT based 3D imaging to create an accurate model of the patient’s knee, allowing surgeons to plan their implant placement and alignment accurately. This ensures an optimal kinematic and soft tissue balance and improved long-term outcomes.

MAKOplasty is a robotic-assisted procedure

MAKOplasty is a robotic-assisted partial knee replacement procedure that helps your surgeon accurately repair only the damaged part of your knee, while sparing healthy bone and ligaments.This surgery also offers faster recovery times Scottsdale and less pain than total joint replacement surgeries.

The Mako System uses a CT scan to create a personalized, 3D model of your anatomy that can be used during surgery to ensure accurate implant placement. It can also help your surgeon adjust the implant position during surgery if needed.

Proper alignment and positioning are very important in ensuring that the implants used during MAKOplasty 85258 last as long as possible.This is because 8630 East Via De Ventura Suite 201 very little bone is removed during the operation, making it easier to replace an implant in the future if necessary.

MAKOplasty is a patient-specific procedure

MAKOplasty is a patient-specific procedure that uses a robotic arm to help specially trained orthopaedic surgeons perform minimally invasive partial knee replacements in one or two compartments of the knee. This allows surgeons to isolate the diseased part of the knee and replace it without compromising healthy bone and tissue, resulting in faster recovery time, less blood loss, quicker rehabilitation and smaller scars.

The MAKOplasty(r) procedure is recommended for adults who have early to mid-stage osteoarthritis in the medial (inner), patellofemoral (top) or lateral (outer) compartments of their knee. It is powered by the RIO(r) Robotic Arm Interactive Orthopedic System, which offers three dimensional pre-surgical planning and provides real-time visual, tactile and auditory feedback to facilitate optimal joint resurfacing and implant positioning, resulting in more natural knee motion following surgery

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