Advanced robotic-assisted knee replacement uses precision-guided technology to assist with implant positioning and joint alignment in selected patients with severe knee arthritis.
Computer-assisted technology helps the surgeon plan and perform knee replacement with accurate alignment and positioning of the artificial joint.
Replacement of damaged knee joint surfaces with artificial implants to reduce severe arthritis-related pain and restore mobility.
A minimally invasive keyhole procedure used to diagnose and treat cartilage injuries, ligament damage, meniscus tears, and other knee joint conditions.
Arthroscopic reconstruction of a torn anterior cruciate ligament to restore knee stability in patients with sports injuries or ligament trauma.
Arthroscopic treatment of torn knee meniscus tissue with repair or other appropriate techniques to preserve knee function whenever possible.
Surgical reconstruction of multiple damaged knee ligaments following severe sports injuries, accidents, or complex knee trauma.
Minimally invasive keyhole surgery used to diagnose and treat rotator cuff tears, shoulder instability, labral injuries, and other shoulder conditions.
Arthroscopic repair of damaged rotator cuff tendons to improve shoulder strength, movement, and function.
Arthroscopic stabilisation procedures such as Bankart repair may be performed for patients with recurrent shoulder dislocation or instability.
Replacement of damaged shoulder joint surfaces in selected patients with severe arthritis, joint degeneration, or complex shoulder disorders.
Comprehensive treatment for sports-related ligament, tendon, cartilage, muscle, knee, and shoulder injuries, with the goal of restoring function and supporting a safe return to activity.
Surgical fixation and treatment of simple and complex bone fractures using appropriate modern orthopedic techniques.
Treatment strategies aimed at preserving the natural joint and delaying or avoiding joint replacement in appropriately selected patients.
Selected regenerative treatments such as platelet-rich plasma and related therapies may be considered for certain tendon, ligament, cartilage, and early degenerative joint problems.