Hip replacements are one of the most common orthopedic surgeries performed in the United States, with over 600,000 procedures annually. The procedure is performed to alleviate pain and improve mobility for patients with severe hip conditions such as osteoarthritis, rheumatoid arthritis, and traumatic injury. In recent years, advancements in technology have led to improved surgical techniques, implant design, and patient outcomes.
One such advancement is the use of HipInsight, a surgical navigation system developed by Zimmer Biomet. The system uses real-time imaging to help surgeons achieve a higher level of accuracy during hip replacement surgeries. With HipInsight, surgeons can precisely position implants, reduce the risk of implant malalignment, and improve patient outcomes.
HipInsight employs a variety of sensors and trackers to create a 3D map of the patient’s hip joint, allowing the surgeon to view the joint from any angle and accurately measure position, orientation and alignment of the hip components.
Additionally, HipInsight allows surgeons to assess the patient’s leg length and offset, vital metrics for ensuring proper joint mechanics and balance. With this system, surgeons can make real-time adjustments to the implant position during the surgery, ensuring the best possible result for the patient.
In addition to the benefits of HipInsight, Zimmer Biomet has also developed a wide range of implant options to meet the needs of each patient. This includes bearing surfaces such as ceramic, metal-on-metal, and new material combinations, as well as implant designs for a variety of anatomies and patient needs.
One such implant design is the Arcos One-Tier Acetabular System, designed to address the challenges of complex primary and revision hip replacement surgeries. The system features an advanced locking mechanism for enhanced stability, as well as a range of screw-hole options and multiple liner choices for a customized fit.
Another breakthrough is the use of advanced biomaterials for implant components. For example, Zimmer Biomet’s proprietary Trabecular Metal technology offers a porous implant surface, promoting bone ingrowth for maximum implant stability. This technology is used in the company’s Reflection Ceramic Acetabular System, among others.
In summary, the latest advancements in hip replacement surgery are focused on improving accuracy, implant design, and patient outcomes. With HipInsight and Zimmer Biomet’s range of implant options, surgeons have more tools than ever before to provide their patients with optimal results.
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