Treatments
We Treat

The worn-out surfaces of your knee are removed and replaced with metal and plastic implants. This is the most effective solution when arthritis has severely damaged your knee.

Only the damaged part of your knee is replaced; your healthy bone, cartilage, and ligaments are kept intact. Recovery is faster and feels more natural.

If your previous knee replacement has worn out, loosened, or stopped working well, this surgery replaces or repairs those implants to restore comfort and movement.

Both the ball and socket of your damaged hip joint are replaced with artificial parts. This is the most effective long-term solution for severe hip arthritis.

Only the ball part of the hip joint is replaced, while your natural socket is preserved. Commonly recommended for certain types of hip fractures.

When a previous hip replacement has failed, loosened, or caused pain, this surgery replaces the old implant and restores stability and function.

The torn ligament inside your knee is rebuilt using a tendon graft through small keyhole incisions. This restores knee stability and gets you back to normal activity.

Your torn ACL is replaced using a small camera and instruments through tiny cuts. This minimally invasive technique means less pain, less scarring, and faster recovery.

If your earlier ACL surgery has failed or the graft has torn again, this procedure rebuilds the ligament using a new graft to restore full knee function.

The torn root of your meniscus, where it attaches to the bone, is stitched back in place. This restores your knee's ability to absorb shock and distribute weight properly.

When a large part of your meniscus is missing or removed, a donor meniscus is transplanted to replace it, protecting the joint from further damage.

Using a small camera inside your knee, the surgeon either trims the damaged part of the meniscus or repairs it, depending on the type and location of the tear.

A tiny camera is inserted into your knee through a small cut, allowing the surgeon to see inside and fix problems like torn ligaments, damaged cartilage, or meniscal injuries, all without opening the knee.

The damaged biceps tendon in your shoulder is either released (tenotomy) to relieve pain or reattached to a better position on the bone (tenodesis) for lasting relief.

Larger or more complex shoulder tendon tears are repaired through a small or standard incision, allowing the surgeon to directly stitch the torn tendon back to the bone.

When the rotator cuff is too damaged to repair, a graft is used to rebuild the roof of the shoulder joint, restoring stability and reducing pain.

A small portion of bone and inflamed tissue beneath your shoulder is removed to create more space for the tendons, relieving the pain and pinching caused by shoulder impingement.

The torn tendons around your shoulder are stitched back to the bone. This restores your shoulder's strength, stability, and ability to move without pain.

A tiny camera is used to look inside your shoulder joint through a small incision. It allows the surgeon to diagnose and treat problems like rotator cuff tears, labral damage, and impingement, all in one procedure.

The torn tissue (labrum) that keeps your shoulder in its socket is reattached using tiny anchors. This is the standard keyhole procedure for recurrent shoulder dislocations.

A small piece of bone is transferred to the front of your shoulder socket to rebuild its edge. This is done when repeated dislocations have caused bone loss that soft tissue repair alone cannot fix.

The loose capsule surrounding your shoulder joint is tightened and reinforced. This helps prevent the shoulder from slipping out of place, especially when instability occurs in multiple directions.

The ball and socket of your shoulder are switched — the ball goes where the socket was and vice versa. This design lets your deltoid muscle take over when the rotator cuff is too damaged to function.

Both the ball and socket of your shoulder are replaced with implants that closely match your natural anatomy. Ideal when the rotator cuff is still intact, but the joint surfaces are severely worn.

Only the ball part of your shoulder joint is replaced with an implant, while the natural socket is left untouched. Used when only one side of the joint is significantly damaged.

When a previous shoulder replacement has failed, become painful, or loosened, this corrective surgery removes the old implant and replaces it to restore shoulder function.

If your original ACL repair has failed or the graft has torn again, this secondary procedure rebuilds the ligament with a new graft to restore full strength and stability to your knee.

A small camera guides the surgeon to reconstruct the torn ligament inside your knee using a tendon graft. This keyhole technique causes minimal disruption and allows for a quicker, smoother recovery.

The damaged portion of your meniscus is carefully trimmed and removed through small incisions. This relieves knee pain, swelling, and locking without affecting the healthy cartilage around it.

A tiny camera inserted into your knee helps the surgeon identify and treat the exact source of your problem — whether it is a meniscal tear, cartilage damage, or a loose fragment causing pain.

The point where your meniscus anchors to the bone is torn and reattached using sutures. This restores your knee's ability to properly share and absorb load, preventing further joint damage.

A healthy donor meniscus is transplanted into your knee when your own has been significantly removed or damaged. This protects the joint surface and reduces the risk of long-term arthritis.

Bone spurs and inflamed tissue pressing on your rotator cuff tendons are removed. This relieves the pain and pinching that happens when you lift your arm, and creates more space for the tendons to move freely.

For larger or more complex tendon tears, the surgeon repairs the damage through a small or full incision, directly stitching the torn tendon back to the bone for a stronger, more durable repair.

When the rotator cuff tear is too large to repair, a graft is used to reconstruct the roof of the shoulder joint. This stabilises the shoulder and significantly reduces pain and weakness.

The torn tendons in your shoulder are reattached to the bone using anchors and sutures. This restores shoulder strength and stability, allowing you to lift, reach, and move your arm without pain.

A small cut is made in the palm, and the tight band of tissue pressing on the nerve in your wrist is released. This relieves the tingling, numbness, and weakness in your hand almost immediately.

The same nerve decompression is done using a tiny camera through one or two very small incisions. This approach causes less discomfort, leaves a smaller scar, and allows faster return to daily activities.

A small camera inserted into your knee allows the surgeon to directly see and treat problems inside the joint, including loose bone fragments, inflamed tissue, cartilage damage, or unexplained pain.

A tiny camera is used inside your shoulder to diagnose and treat joint problems such as labral tears, inflamed tissue, loose bodies, or cartilage damage, all through small incisions without opening the joint.

Tiny controlled perforations are made in the bone beneath damaged cartilage. This triggers the body's natural healing response to grow new cartilage tissue and restore a smoother joint surface.

The broken bone is gently realigned from the outside, without any cuts, and then held in place with a cast until it heals. Used when the fracture is stable and does not require surgery.

The broken bone is surgically exposed, carefully realigned, and fixed using metal plates and screws. This ensures precise alignment and allows the bone to heal in the correct position.

A strong metal rod is inserted into the hollow canal running through the centre of a long bone to hold a fracture in place. Commonly used for breaks in the thigh, shin, or upper arm.

Thin, flexible wires are used to hold small broken bone fragments in position while they heal. Typically used for fractures of the hand, wrist, kneecap, or elbow.

A circular external frame connected to the bone through fine wires is applied around the limb. Used for severe or complex fractures, significant bone loss, or cases where gradual bone correction is needed.

The fractured bone is realigned without opening the skin, and metal screws or rods are inserted through small incisions to hold it in the correct position while it heals.

Metal pins are placed into the bone and connected to a frame outside the body to stabilise the fracture. Commonly used when soft tissue injury or infection makes internal fixation unsafe.

When a fracture has destroyed the joint surface beyond repair, a partial or full joint replacement is performed. This is often the best option for elderly patients with severe hip or shoulder fractures.

A specially designed sliding screw and plate are fixed to the hip to treat certain types of hip fractures. As you bear weight, the screw compresses the fracture site, helping it heal in the correct position.

Only one half of the damaged joint is replaced with a prosthesis. Most commonly performed for hip fractures in older patients, where repair of the natural bone is not a viable option.