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CT-Based Robotic Planning
CT-Based Robotic Planning is an advanced, technology-driven approach that uses high-resolution CT imaging combined with robotic systems to plan knee treatment with exceptional accuracy. At Roboknee, this method ensures precise assessment of bone structure, joint alignment, and movement dynamics for safer and more effective knee care.
By converting CT scan data into a detailed 3D anatomical model, Roboknee creates a personalized treatment plan tailored to each patient’s knee structure. This allows precise correction planning, improved joint balance, and optimized outcomes—while minimizing risk and guesswork.
CT-Based Robotic Planning begins with a detailed CT scan of the knee and lower limb, capturing exact bone geometry and joint orientation. This data is then processed through advanced software to create a 3D digital model of the knee, allowing specialists to analyze alignment, joint surfaces, and load distribution with millimetre-level accuracy.
Using this information, Roboknee designs a customized robotic treatment plan that aligns perfectly with the patient’s anatomy. This approach improves precision in knee realignment strategies, enhances joint stability, and supports long-term joint health. By planning treatment before execution, CT-Based Robotic Planning reduces uncertainty and delivers consistent, predictable results without unnecessary invasiveness.