Knee Replacement

Knee replacement is a highly effective surgical procedure for individuals suffering from severe knee pain, arthritis, or joint damage that limits movement and daily function. In a conventional knee replacement, the worn-out cartilage and bone are removed and replaced with artificial implants that mimic the natural joint. This procedure has been widely performed for decades and provides lasting relief from pain while restoring mobility. Conventional surgery is guided by the surgeon’s skill and anatomical landmarks, making it a reliable solution for most patients with joint degeneration.

In contrast, robotic knee replacement offers a more advanced and personalized approach. Using 3D imaging and real-time data, robotic systems assist in precise planning and accurate implant positioning. This leads to better alignment, reduced soft tissue damage, and quicker post-operative recovery. The technology allows for customized procedures tailored to the patient’s unique joint structure, enhancing the longevity and performance of the implant. Patients typically experience less pain, improved joint function, and faster rehabilitation compared to traditional techniques. Both conventional and robotic knee replacement aim to restore quality of life by relieving pain and improving mobility, with the choice depending on individual needs, joint condition, and the preferred surgical approach.