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Corin announced the first total hip arthroplasty (THA) cases using ApolloHipX, the first THA solution to combine dynamic 3D preoperative planning with real-time intraoperative assessment from standard fluoroscopy.
ApolloHipX integrates Corin’s preoperative planning solution with intraoperative fluoroscopy via proprietary, automated 2D–3D registration software. By aligning a single 2D x-ray with the patient-specific 3D plan, the system provides a real-time 3D assessment of implant position, regardless of patient positioning or C-arm alignment. This streamlined approach to fluoroscopy-based THA reduces the number of intraoperative images required, minimizing surgical time and radiation exposure within the OR.
Apollo was built as a connected surgical ecosystem—integrating AI-driven planning, intraoperative tools and cloud-based analytics to support more consistent, personalized orthopaedic care. ApolloKnee, introduced in 2024, brought pre-resection balance assessment into the operating room with BalanceBot, enabling data-driven implant decisions before bone cuts are made. ApolloHipX now extends that same intelligent foundation to total hip arthroplasty, offering real-time 3D validation within a streamlined, fluoroscopy-based workflow.
Source: Corin
