HipHip injuries in sports medicine can present significant challenges. Managing complexity in the operating room requires precision, adaptability, and the right tools for achieving optimal outcomes.
Medacta Sports Medicine leverages in-depth anatomical analysis to design innovative and personalized solutions replicating the natural anatomy of joint native structures.
Our portfolio for hip procedures has been designed with expert surgeons to achieve clinically superior patient outcomes through versatility and precision. It empowers you to deliver personalized treatments while seamlessly aligning with your preferred techniques and workflows. Whether you're addressing a labral repair or performing reconstruction for instability, advanced technology, comprehensive fixation options, intuitive instrumentation, and reliable implant performance support secure fixation and reliable outcomes. This enhances joint stability and functional recovery, so your patients can get back to doing what they love.
Labral Repair is a surgical procedure aimed at restoring the function and integrity of the acetabular labrum, a ring of cartilage that lines the hip socket. The labrum helps stabilize the hip joint and maintain smooth movement.
In the Hamstring Repair the torn hamstring tendons are reattached to the bone using sutures and anchors through a minimally invasive approach. The goal is to restore muscle strength, improve function, and reduce pain.
PAO surgical procedure is used to treat hip dysplasia, a condition where the acetabulum (hip socket) does not adequately cover the femoral head, leading to joint instability and cartilage damage.
Twist is a knotless, open architecture, and fast inserting suture anchor system available in multiple sliding suture and suture tape configurations. The X-Twist system, available in either PEEK or Biocomposite, is designed for procedural versatility.
MyPAO is a unique platform based on Patient Matched Technology to assist the surgeon during Periacetabular Osteotomy procedures, allowing to achieve the planned acetabular repositioning.
