Robotic knee arthroplasty is the perfect combination of state-of-the-art robotic technology and specialized Orthopedic surgeon. The highest precision arm and sophisticated anthropometric ROSA robotic software systems meet within the operating room with the certified and experienced Orthopedic Surgeon for the perfect performance of this knee arthroplasty for the treatment of severe arthritis.

The new ROSA ROBOTICS system is the latest technological breakthrough in robotic technology in the field of orthopedic surgery to treat severe knee arthritis. The ROSA Robotic System supports the Specialized Orthopedic Surgeon during knee arthroplasty surgery providing real-time personalized information on the following:

• The mechanical and anatomical axis of the lower limb,
• Knee hallux or valgus deformation
• The looseness or stiffness of the joint
• The anatomical details of the patient's knee
• The status of the soft tissues of the joint.

The specialized in robotics orthopedic surgeon receive the information from the ROSA ROBOTICS system and cooperating with the use of the robotic arm and accurately inserting the knee arthroplasty implants, replacing the affected joint. Using 3D imaging and real-time intraoperative data, ROSA allows for improved accuracy and alignment, reducing the number of failed knee replacements. The importance of proper implant placement is of great importance because it is a key factor in their longevity.

Older generations of arthroplasty have raised concerns about how long they will last, so "younger" patients avoid surgery because they want to avoid revision operations after a few years. This altered patients' quality of life by limiting their mobility and even affecting their mental health. The evolution of high technology and robotics has enabled the Orthopedic Surgeon to be able to perform the surgery accurately and safely.

• Proper placement of arthroplasty implants and this has resulted more anatomical and natural feel of the joint after surgery.
• Patient safety due to minimal invasiveness to the soft tissues (ligaments) and due to accurate knowledge of the condition of all anatomical structures of the knee.
• Smaller surgical incisions and marginal soft tissue interventions help to reduce the postoperative pain, faster mobilization and recovery of the patient, and return to their daily activities (two days in the clinic and FAST TRACK rehabilitation).
• The possible longer life of the implants in the patient's body (perspective 25-30 years).

The new ROSA ROBOTICS KNEE SYSTEM is the present and future of robotic knee replacement. More and more specialized centers around the world are using the method with total patients’ satisfaction. The ROSA is the first robotic system in northern Greece that is operated only by specially certified Orthopedic Surgeons.