MAKO Robotic Orthopaedics

The use of robotic orthopaedics has dramatically increased the precision of joint replacement procedures in recent years, namely knee and hip replacement surgeries. MAKO Robotic Orthopaedics represents a revolutionary system in knee and hip surgery, setting new standards in accuracy and surgical outcomes.

The advanced technology of the MAKO Stryker robotic system can help prevent human error and lead to an excellent surgical outcome. The applications of robotic orthopaedics include hip arthroplasty, partial knee replacement, and total knee replacement.

The key features that contribute to the significantly increased precision are the high-resolution mapping of the joint through CT imaging and the preparation for implant placement using robotic arms. Patients who benefit from robotic technology are able to stand within a few hours with full weight-bearing and have demonstrably reduced need for pain medication and prolonged bed rest.

The conditions that lead to the need for knee or hip replacement surgery include osteoarthritis, rheumatoid arthritis, avascular (aseptic) necrosis of the joint, and post-traumatic arthritis.

The contribution of the MAKO Stryker robotic system is truly unique in cases involving localized wear of the knee joint, usually following injuries to the meniscus, cruciate ligaments, or cartilage. In these cases, by applying the principles of the “Knee Preserving Strategy,” only the damaged portion of the joint is replaced, while the healthy part remains completely intact. These procedures are associated with virtually zero blood loss, and recovery is remarkably faster. They are also suitable for younger patients who maintain a high level of athletic activity.

In total knee replacement procedures performed with the MAKO system, although the operation may resemble conventional arthroplasty in its basic steps, it is in reality a procedure with entirely different characteristics. Among its key features are the recording of joint movement data before surgery, the assessment and control of ligament stability, and the automatic intraoperative comparison of the surgical outcome. In addition, specialized software and artificial intelligence significantly reduce the likelihood of human error. Robotic-assisted hip arthroplasty is considered one of the most advanced joint replacement methods worldwide, as it provides precise information regarding hip length and rotation, ensuring an optimal surgical result.

MAKO robotic orthopaedic surgery guides the orthopaedic surgeon toward a truly optimal result. The precise placement of implants also contributes to their longevity, allowing them to last for many decades. It is now important to move away from the outdated approach of unjustifiably delaying treatment for patients in need. Everyone deserves the invaluable gift of movement — and movement without pain.

We can restore our mobility and, together with it, our independence.

The new MAKO robotic technology is available at HYGEIA Hospital and at more than 1,000 hospitals worldwide, including approximately 750 in the United States. HYGEIA serves as a MAKO training center, where physicians from around the world attend specialized courses delivered by Greek medical experts.