Robotic Total Shoulder Replacement

Robotic total shoulder replacement is an advanced technique where a robotic system assists the surgeon in replacing a damaged or arthritic shoulder joint with a prosthetic implant. Before surgery, detailed imaging, like a CT scan, is used to create a 3D model of the patient’s shoulder, mapping out unique anatomical structures. This model allows the surgeon to pre-plan the exact placement and alignment of the implant to optimize fit and function.

During the surgery, the robotic system provides real-time guidance, helping the surgeon make precise cuts and position the implant according to the preoperative plan. 

What Is Robotic Total Shoulder Replacement Surgery?

Robotic total shoulder replacement surgery uses a robotic system to help a surgeon replace a damaged shoulder joint with a prosthetic implant. Guided by a 3D model created from preoperative scans, the robot ensures precise implant placement tailored to the patient’s anatomy. This approach can reduce pain, speed up recovery, and improve shoulder function, offering a customized solution for patients with severe shoulder damage.

How Does Robotic Total Shoulder Replacement Work?

Preoperative Imaging

Detailed imaging, like a CT scan, creates a 3D model of the shoulder, allowing the surgeon to develop a personalized surgical plan for implant placement.

Robotic Assistance During Surgery

The robotic system guides the surgeon in making precise cuts and positioning the implant accurately, enhancing surgical accuracy and fit.

Minimally Invasive Recovery

The use of robotic technology minimizes tissue damage, leading to less pain and a faster recovery, allowing patients to regain shoulder function more quickly.

Benefits of Robotic
Total Shoulder Replacement Surgery

Enhanced Precision

Robotic systems provide accurate guidance during surgery, ensuring precise cuts and optimal implant placement, which can lead to improved joint function and stability.

Personalized Surgical Approach

The use of detailed 3D imaging allows for a customized surgical plan that takes into account the unique anatomy of each patient's shoulder, resulting in a better fit for the implant.

Reduced Soft Tissue Trauma

Robotic-assisted techniques typically involve smaller incisions and less disruption to surrounding tissues, which can decrease postoperative pain and complications.

Faster Recovery Time

Patients often experience shorter hospital stays and quicker rehabilitation due to reduced tissue damage, enabling a faster return to normal activities.