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Advanced arthroscopic ACL reconstruction designed to restore knee stability, improve movement, and help you safely return to sports and daily activities with long-term results.
Book ConsultationAn ACL (Anterior Cruciate Ligament) tear is a common knee injury that occurs when the ligament responsible for stabilising the knee joint is damaged or torn. It is frequently seen in athletes during sports involving sudden stops, twisting movements, or changes in direction.
The ACL plays a critical role in maintaining knee stability. When torn, it can lead to pain, swelling, instability, and difficulty in movement. Depending on the severity, treatment may include physiotherapy or advanced surgical reconstruction using arthroscopic techniques for precise repair.
Both techniques aim to restore knee stability and return the patient to sport/activity.
| Feature | All-Inside ACL | Conventional ACL |
|---|---|---|
| Bone tunnels | Short sockets | Full tunnels |
| Bone preservation | Better | Less |
| Incisions | Usually smaller | Standard small incisions |
| Early post-op pain | Often less | Standard |
| Surgical trauma | Potentially less | Standard |
| Fixation | Suspensory common | Interference screw / suspensory / hybrid |
| Technique complexity | Higher | Familiar / widely established |
| Revision friendliness | Often advantageous | Depends on tunnels |
| Long-term outcomes | Good | Good / well established |
The choice of technique depends on patient condition, surgeon expertise, and treatment goals.
Arthroscopic ACL reconstruction restores knee stability, improves function, and helps patients safely return to daily activities and sports.
Reconstructing the ACL helps stabilise the knee joint and prevents giving-way episodes.
Enables patients to return to sports and physically demanding activities safely.
Performed using arthroscopy, resulting in smaller incisions and less tissue damage.
Structured rehabilitation supports quicker recovery and return to normal activities.
Stabilising the knee reduces the risk of meniscus and cartilage damage over time.
Helps maintain knee function and reduces the risk of early arthritis.
Advanced precision. Faster recovery. Return to sports.
Advanced precision. Faster recovery. Return to sports.
Clinical research shows that ACL reconstruction improves knee stability, functional outcomes, and enables safe return to sports compared to non-operative management in active individuals.
ACL reconstruction significantly restores knee stability and reduces episodes of instability.
Patients undergoing ACL reconstruction show higher rates of returning to sports and physical activity.
Reconstruction lowers the risk of further meniscus and cartilage damage caused by knee instability.
Patients report better knee function, mobility, and quality of life after surgery.
CORI is a next-generation robotic system designed for knee replacement surgery. It uses real-time mapping and data-driven planning to help surgeons achieve highly accurate and consistent results tailored to each patient.
Oxinium implants combine the strength of metal with a smooth ceramic-like surface, reducing wear and improving durability. This results in better joint performance and long-lasting implant stability.
Book your ACL (Anterior Cruciate Ligament) consultation at Sun Hospitals and take the first step towards a stable, pain-free, and active lifestyle.
