Achieve Optimal Outcomes with Robotic Knee Implants: Insights from Dr. Sujoy Bhattacharjee

Modern medical advancements are proving beneficial for patients suffering from knee pain, especially elderly and those over 40, due to the increasing prevalence of this condition in today’s lifestyle. Robotic joint replacement is a current example of this, in which knee replacement is carried out with the precision of the robot, and better results are ensured. Dr. Sujoy Bhattacharjee, Director of the Joint Replacement Department at Sarvodaya Hospital, has over 24000 years of experience in robotic joint replacement, ensuring better results in knee replacements, a futuristic technology that revolutionizes the medical field.

When it comes to accuracy, joint replacement from the robot provides the best results. Along with this, there are other advantages of joint replacement by robot such as:

1)            Faster recovery is achieved through Robotic Joint Replacement (CR) at Sarvodaya, where only the necessary part of the knee is changed with minimal incision, saving the ligament. This results in quick recovery without the patient feeling like they have undergone knee replacement surgery.

2)            Accurate placement of implants is crucial for joint replacement, as it prevents rapid wear and tear. Robotic bone cutting allows for precise bone cutting, providing a pain-free knee replacement experience. This technique is unparalleled in today’s technology, making it a valuable tool for joint replacement.

3)            After joint replacement surgery, patients can walk 2 hours post-surgery with minimal incisions, less bleeding, and accurate implants. This allows for a short hospital stay and eliminates the need for physiotherapy, allowing patients to walk without needing further intervention.

4)            Robotic surgery is a safer technique than other techniques due to its complete control over the surgeon before and during the procedure. The robot’s functioning is determined before surgery, and guidelines are included. It also allows for changes in its working system, ensuring safety even during the procedure.