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.
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...
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.
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