GPS Tech Steers Shoulder Surgery to a New Era of Precision

RAYNHAM, MA – February 04, 2026 – For the millions of Americans suffering from debilitating shoulder pain, replacement surgery often represents a final hope for a return to normal life. Now, a technological advancement reminiscent of a car's navigation system is making that surgery more precise, personalized, and predictable than ever before. Here in Raynham, fellowship-trained orthopedic surgeon Dr. Scott Mandel of University Orthopedics is among the pioneers adopting this smart guidance system, aiming to redefine the standard of care for shoulder arthroplasty.

The technology, developed by Advita Ortho, is a GPS-guided surgical platform that provides surgeons with a real-time, dynamic map of the patient's shoulder anatomy during the procedure. This innovation promises to solve one of the most persistent challenges in orthopedic surgery: the precise placement of artificial joints.

A Digital Blueprint for a Better Shoulder

Shoulder replacement surgery has long been a successful procedure for relieving pain and restoring function. However, its long-term success is heavily dependent on the surgeon's ability to perfectly position the prosthetic components. This is particularly difficult with the glenoid, or socket, component. Due to limited visibility and complex anatomy during traditional surgery, even experienced surgeons face challenges in achieving optimal alignment, which can lead to complications like implant loosening and failure down the line.

Advita Ortho's GPS technology directly confronts this challenge. The process begins before the patient even enters the operating room. Using advanced imaging like a CT scan, a detailed 3D virtual model of the patient's unique shoulder anatomy is created. This digital blueprint allows the surgeon to meticulously plan the procedure in a virtual environment, determining the ideal size and position of the implant for that specific patient.

Once in the operating room, the system comes to life. Much like a car's GPS tracks a vehicle's position on a map, specialized trackers are placed on the patient's bone and the surgical instruments. A computer then displays the 3D model on a screen, showing the exact position of the tools in real-time relative to the patient's anatomy and the preoperative plan. This live feedback guides the surgeon's every move.

"This technology helps us place the shoulder implant with much greater accuracy, especially the glenoid component, which has traditionally been the hardest to position," said Dr. Mandel. "With this added guidance, we can place the implant more precisely in the bone and better understand how the shoulder is expected to function after surgery."

Translating Precision into Patient Well-being

The leap from surgical accuracy to tangible patient benefits is the ultimate goal of any medical innovation. For shoulder replacement patients, the precision afforded by GPS navigation translates into a reduced risk of common postoperative problems and the potential for a longer-lasting implant.

"Anything that leads to more precise placement of the shoulder replacement components can help us minimize problems with implant loosening or dislocation in the future, to the greatest extent possible," Dr. Mandel explained.

Independent clinical research increasingly supports these claims. Multiple studies have demonstrated that computer-assisted navigation significantly improves the accuracy of implant placement when compared to conventional techniques. This is especially true for reverse total shoulder arthroplasty (rTSA), a more complex procedure for patients with severe rotator cuff damage. Studies on navigated rTSA have shown not only superior implant positioning but also lower rates of complications, dislocations, and costly revision surgeries. Patients in navigated surgery groups have also reported better functional outcomes, including improved range of motion and higher satisfaction scores.

The GPS system is paired with Advita Ortho's Equinoxe® Shoulder System, an implant with a proven track record spanning over two decades and supported by more than 80 peer-reviewed studies. This combination of a time-tested implant with state-of-the-art guidance technology provides a powerful dual assurance of both foundational reliability and cutting-edge execution.

Navigating a Competitive Orthopedic Landscape

The introduction of GPS navigation is also a significant strategic move for Advita Ortho in the highly competitive medical device market. The field of orthopedics is increasingly turning toward technology to enhance surgical outcomes, with major players like Stryker and Zimmer Biomet investing heavily in robotic and navigation platforms, primarily for knee and hip replacements.

While adoption in shoulder surgery has been slower, Advita Ortho is positioning itself at the forefront of this emerging trend. By focusing on the unique challenges of shoulder arthroplasty and integrating its technology with the well-regarded Equinoxe® system, the company has carved out a distinct niche. The technology itself is manufactured by Blue Ortho SAS, a subsidiary of Advita Ortho, giving the company tight control over its innovation pipeline.

Of course, such advanced systems come with considerations of cost and accessibility. Navigation technology can increase initial surgical time and carries associated equipment and software costs. However, the potential for reducing expensive revision surgeries and improving long-term outcomes presents a compelling value proposition for both hospitals and insurance providers. As the body of evidence for its clinical and economic benefits grows, coverage and adoption are expected to expand.

The availability of this procedure at centers like University Orthopedics signals a shift toward a new standard where personalized, data-driven approaches are no longer a futuristic concept but a present-day reality. For patients facing the prospect of shoulder replacement, this technological advancement offers a clearer path toward not just a new joint, but a more active and pain-free life.