Robotic Hip Replacement

Robotic hip surgery offers several advantages over traditional hip replacement. It allows Dr Yu to be more precise, which can lead to better positioning of the new hip joint. This accuracy helps improve the joint’s function, making movement feel more natural. Robotic assistance also reduces damage to surrounding tissues, which can mean less pain, less blood loss, and a quicker recovery. Because the new hip is placed more accurately, there is also a lower risk of complications, such as dislocation or uneven leg length.

Before the surgery, a detailed 3D model of your hip is created using CT scans. This helps Dr Yu plan the procedure with precise measurements tailored to your specific anatomy.

During the surgery, the robotic system provides real-time feedback and guides Dr Yu's movements, ensuring the artificial hip is placed in the best position for stability and function. The robot does not perform the surgery on its own; rather, Dr Yu controls the robotic arm to make precise cuts and adjustments.

This technique helps minimise damage to surrounding tissues, reduce blood loss, and improve overall outcomes. As a result, you may experience less pain, a shorter recovery time, and a lower risk of complications compared to traditional hip replacement surgery.

In general, the risks of robotic hip surgery are the same but less likely to occur than in traditional hip replacement surgery.

Infection can happen at the surgery site, causing swelling and pain. Blood clots may form in the legs and can be dangerous if they travel to the lungs. Sometimes, the new hip joint can move out of place (dislocate), especially in the first few months.

Over time, the artificial joint can wear down or become loose, which may require another surgery. In rare cases, nearby nerves or blood vessels can be damaged, leading to numbness or weakness. There is a small chance that the operated leg may end up slightly longer or shorter than the other.

Despite these risks, most people recover well, with less pain and better movement after the surgery.