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A surgical robot for total hip replacement surgery

机译:全髋关节置换手术机器人

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The authors describe a robotic surgical system that has been designed to create femoral cavities that are precisely shaped and positioned for implantation of uncemented prostheses. This robotics system creates cavities with a dimensional accuracy more than 50 times greater than broached cavities, exceeds the tolerances to which implants are manufactured, and does not produce gaps that prevent bone ingrowth. A canine study was undertaken to evaluate the prosthesis fit and placement achieved by employing a surgical robot to prepare the femur. This study compared the results achieved on 15 dogs undergoing total hip replacement with manual broaching techniques and 25 dogs undergoing robotically assisted surgery. Among the 25 dogs, which ranged in age from 2/sup 1///sub 2/ to 11 years, there were no deaths, no infections, and no intraoperative complications. Human applications of this technique are also considered.
机译:作者描述了一种机器人外科系统,该系统被设计用于产生精确形状和定位以植入未发现假体的股腔。该机器人系统产生尺寸精度的空腔,比拉迹腔大于50倍以上,超过植入物制造的公差,并且不会产生防止骨骼的空隙。采用犬类研究来评估通过使用手术机器人来准备股骨的假体拟合和放置。该研究比较了15名狗的成果,与手动拉削技术和25只狗进行了机器人辅助手术。在25只犬中,从2 / sup 1 //// 2 /〜11年来,没有死亡,没有感染,没有术目不比并发症。还考虑了这种技术的人类应用。

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