HiRise is cleared for 3D imaging of the upper and lower extremities and pelvis in adult and pediatric patients weighing 40 to 450 pounds. The device is intended to be operated in a professional healthcare environment by qualified healthcare professionals…
When orthopedic practices evaluate weight bearing CT (WBCT) technology, conversations often focus on image quality and clinical decision-making. But another important question is: What is the day-to-day experience for the technologists operating the system? In this video, Savannah, a…
Advanced imaging does more than improve diagnosis—it can shape the entire research and educational environment within an orthopedic practice. In this clinician spotlight, Jonathan Day, MD, MS, a foot and ankle research fellow, reflects on how early exposure to weight…
The take-away: Weight-bearing CT (WBCT) is increasingly being used in orthopedic surgical planning because it allows clinicians to evaluate lower extremity alignment in a functional standing position. For hip and knee arthroplasty surgeons, this additional 3D information may help support…
At CurveBeam AI, we often talk about the clinical and workflow advantages of weight-bearing CT, but hearing directly from clinicians, technologists, and patients brings those benefits to life in a different way. In this video, OrthoCarolina orthopedic surgeon Dr. Canaan…
When CT Is Not Enough In a recent discussion on the clinical value of weight bearing imaging, foot and ankle surgeon Lew C. Schon, MD shared how weight bearing CT is helping clinicians better understand joint pathology that may not…
AI-Driven Segmentation on Weight Bearing CT Introduction Accurate segmentation is critical for orthopedic workflows, including preoperative planning, patient-specific instrumentation, and 3D modeling. This internal investogation by CurveBeam AI evaluates the accuracy of AI-driven segmentation compared to manual annotation on CBCT…
