robotic Knee Replacement Surgery
Overview
Key Aspects of Robotic Knee Replacement Surgery:
✅ Enhanced Precision – Real-time 3D mapping ensures accurate implant positioning, improving stability and longevity.
✅ Minimally Invasive Approach – Smaller incisions result in less blood loss, minimal tissue damage, and reduced post-surgical pain.
✅ Faster Recovery & Rehabilitation – Patients regain mobility quicker compared to traditional knee replacement.
✅ Personalized Surgery – AI-driven planning tailors the procedure to each patient’s knee structure.
✅ Reduced Risk of Complications – Better alignment minimizes implant wear, instability, and revision surgery needs.
✅ Improved Joint Function & Mobility – Ensures smoother movement, natural joint feel, and long-lasting results.
With Robotic Knee Replacement Surgery, patients experience a quicker return to daily activities, less pain, and long-term joint health, making it a revolutionary advancement in orthopedic care.
symptoms
Persistent Knee Pain
Severe Knee Stiffness
Joint Deformity
Swelling & Inflammation
Don’t let knee pain stop you! Consult a trusted orthopaedic surgeon today.
Condition
Robotic knee replacement surgery is used to treat various knee conditions, including
Osteoarthritis
A common condition where the knee joint deteriorates due to ageing and wear-and-tear.
Rheumatoid Arthritis
An autoimmune disorder causing inflammation and damage to knee joints.
Severe Knee Deformities
Structural misalignment causing pain and restricted movement.
Avascular Necrosis
A condition where bone tissue dies due to insufficient blood supply.
The Process of Robotic Knee Replacement Surgery
Robotic knee replacement surgery enhances precision, alignment, and recovery using advanced technology for optimal joint function.
- Pre-Surgical Assessment – Detailed imaging (CT/MRI) is performed to create a 3D model of the knee.
- Patient Positioning – The patient is positioned correctly on the operating table for precise robotic assistance.
- Robotic System Setup – The robotic arm is calibrated and programmed based on the patient’s knee anatomy.
- Bone Preparation – The robotic system guides the surgeon to remove damaged bone and cartilage with high accuracy.
- Implant Placement – The robotic arm assists in placing the knee implant in the optimal position.
- Soft Tissue Balancing – Ensures proper ligament tension and joint stability for natural movement.
- Verification of Implant Position – Real-time data confirms accurate alignment and fit of the prosthetic knee.
- Closure of Incision – The surgical site is closed using sutures or staples for proper healing.
- Post-Surgical Monitoring – The patient is observed for vital signs, pain management, and early mobility.
- Rehabilitation & Recovery – Physical therapy begins to restore strength, mobility, and joint function for improved long-term outcomes.
Advanced in Robotic Knee Replacement Surgery
AI-Driven Precision
Artificial intelligence enhances robotic accuracy, ensuring optimal implant positioning and alignment.
3D Preoperative Planning
Advanced imaging creates a personalized surgical plan for each patient’s knee anatomy.
Minimally Invasive Techniques
Smaller incisions reduce tissue damage, pain, and recovery time.
Improved Soft Tissue Balancing
Robotic technology ensures proper ligament tension for enhanced knee stability.