… to assess the accuracy and precision of implant alignment using a robotic-arm assisted TKA
(… We hypothesized that RATKA would, in fact, allow for more accurate and precise bone cuts …

… The robotic cohort had greater accuracy and precision to plan, when compared to manual
cohort for both femoral (coronal plane 0.6 vs 2.6; sagittal plane 1.1 vs 3.7; and axial plane 0.7 …

… to compare the accuracy of component positioning, alignment and balancing techniques
employed, patient-reported outcomes, and complications of robotic-arm assisted total knee …

… Our objective was to compare the three-dimensional accuracy to plan of robotic-arm assisted
… RATKA demonstrated greater accuracy for tibial component alignment (median [25th, 75th …

… robotic arm mill for autonomous preparation of the femoral canal. The semi-active systems
utilize a robotic arm … formulated plan registered in the robotic system's software and based on …

… , computer-assisted surgery (CAS) with navigation systems and, later, robotic-assisted
surgery have gained popularity because of the ability to provide greater accuracy [4, 5]. …

… Robotic surgery seeks to establish access and trajectory with greater accuracy. … This
study evaluated the screw placement accuracy of a robotic platform. …

… precise control technology of the robotic arm to achieve accurate preoperative planning,
optimal … After decades of development, the existing robot-assisted systems have achieved great …

… of the robotic arm and more receptive to the audio, visual, and tactile feedback, he was
able to better control the movements of the arm and preform bone cuts with greater efficiency. …

… for an articulated robot arm. This solution is framed within current calibration and metrology
issues in … Over the past decade, great strides have been made in accurately positioning …