Restore mechanical stability through high-end robotic-guided implants.
For advanced osteoarthritis or bone wear, joint replacements swap damaged cartilage caps with premium titanium and cross-linked polyethylene implants. Utilizing computerized templates and soft-tissue balancing algorithms, Dr. Sai Dinesh achieves optimal prosthetic rotation for long-term wear.
Review total joint surgeries planned via preoperative digital templates and computer navigations.
Replacing worn knee joint surfaces with anatomical metal caps and a medical-grade plastic liner. Preoperative CT scans and real-time robotic trackers map individual ligament tension, helping the surgeon shape the bone and align the implant with high-degree precision.
Patients with severe bone-on-bone knee osteoarthritis experiencing walking limitations.
Walking with support on day 1; independent walking in 2 weeks; full recovery in 6 weeks.
20 to 25 Years
Replacing the arthritic femoral head and pelvic socket shell. Dr. Sai Dinesh utilizes high-performance ceramic-on-crosslinked-polyethylene bearings, sizing stems accurately to restore equal limb lengths and reduce hip dislocation risks.
Patients with severe avascular necrosis (AVN) of hip, or hip osteoarthritis.
Walking on day 1; standard stair climbing by week 2; return to active lifestyles in 4-6 weeks.
Delta Ceramic on Highly Cross-linked Polyethylene
Replacement of damaged joint surfaces to relieve arthritis-related pain and improve mobility. During surgery, damaged surfaces of the femur and tibia are prepared and replaced with prosthetic components. A polyethylene bearing surface is placed between the components to allow smooth movement. The patella may also be resurfaced depending on the individual case and surgical plan.
Patients with advanced knee arthritis causing severe pain, stiffness, deformity, and loss of function.
Early mobilisation on day 1; progressive rehabilitation; durable return to normal daily activities.
Provides durable function for many years, varying according to activity levels and patient factors.
Clear facts on orthopedic implants, postoperative exercises, and return to daily activities.
Modern premium implants (titanium shells combined with ceramic heads and highly cross-linked vitamin-E diffused polyethylene liners) exhibit extremely low wear rates. Over 90% of current implants function perfectly beyond 20 to 25 years under normal activity guidelines.
Yes. Utilizing high-flexion implant designs and balanced ligament releases, patients routinely achieve 120 to 135 degrees of knee flexion, enabling comfortable chair sitting, stair climbing, and driving.
Consult with Dr. Sai Dinesh to explore robotic-assisted joint replacements and rapid rehabilitation paths.
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