Robotic Knee Replacement
Robotic-assisted knee replacement uses advanced robotic technology (such as ROSA or MAKO systems) to perform total or partial knee replacement with millimeter-level precision. The robot assists the surgeon in achieving…
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Overview
Robotic-assisted knee replacement uses advanced robotic technology (such as ROSA or MAKO systems) to perform total or partial knee replacement with millimeter-level precision. The robot assists the surgeon in achieving optimal implant positioning and soft tissue balance.
Procedure
Using pre-operative CT scans and intraoperative mapping, the robotic system creates a 3D model of the patient's knee. The surgeon uses the robot to guide precise bone cuts and implant placement, ensuring perfect alignment and ligament balance.
✅ Benefits
Superior implant alignment, Better soft tissue balance, Less post-operative pain, Faster recovery, Potentially longer implant lifespan, More natural knee feel
⚠️ Risks
Standard surgical risks (infection, blood clots), Longer operative time initially, Robot malfunction (extremely rare), Higher cost than conventional
🔄 Recovery
Hospital stay: 2-4 days. Walking within 24 hours. Full recovery: 4-8 weeks. Faster than conventional knee replacement.
Frequently Asked Questions
Is robotic knee replacement better than traditional?
Robotic surgery offers more precise implant placement, potentially leading to better alignment, less pain, and faster recovery.
How much extra does robotic surgery cost?
Robotic-assisted knee replacement typically costs $1,000-$3,000 more than conventional surgery but offers superior precision.