Robotic Joint Replacement and Reconstruction

The knee is a joint that works tirelessly. Whether walking, bending, or even standing, its health depends on a well-coordinated system of bones, ligaments, cartilage, muscles, and nerves. If an injury, infection, or arthritis affects any part of the knee, patients may require specialized treatment from an expert Knee Replacement Surgeon or even undergo a knee replacement surgery.

In any orthopedic procedure, precision is critical. The more accurate a surgeon’s tools are, the better they can plan and perform the surgery. At Sehgal Neo Hospital, our Orthopaedics Department is home to some of the Best Surgeons in West Delhi, offering advanced solutions for joint care. Our cutting-edge Robotic Knee Replacement technology assists seasoned surgeons in delivering highly precise partial or total knee replacement surgeries. This innovation takes into account each patient’s unique anatomy, ensuring the best possible outcomes. Our specialists also excel in robotic joint replacement, combining expertise with innovation to restore mobility and quality of life.

What is Robotic Knee Replacement?

A Robotic Knee Replacement procedure is similar to a traditional Total Knee Replacement (TKR). Both aim to remove damaged or worn-out tissues from the knee and replace them with an artificial joint. The difference lies in precision—while traditional TKR relies on the surgeon’s experience and manual tools, Robotic TKR enhances accuracy by using a robotic arm to guide the procedure.

In addition to joint replacement, Sehgal Neo Hospital is recognized for excellence across multiple specialties. Our expert kidney stones specialists and gall bladder stones doctors provide advanced treatment for urological and gastrointestinal conditions, while our maternity unit is regarded as one of the Best robotic joint replacement hospitals in the region.

Robotic knee replacements are ideal for even the most complex knee joint disease. This includes patients who have:

• Deformities in the femur after an injury
• Complex degeneration
• Hardware from previous surgeries