Augmented Reality Aids Landmark Shoulder Surgery in Indiana
Central Indiana Orthopaedics has achieved a notable milestone in orthopaedic surgery, as Dr. Brian Badman, a board-approved and fellowship-trained shoulder surgeon, performed Indiana’s first augmented reality-assisted shoulder transplant operation. This pioneering operation, carried out on Monday, 28 July, at the practice’s outpatient facility in Fishers, marks a momentous step forward in integrating technology with patient care.
The procedure made use of the ARVIS® Shoulder system, a state-of-the-art, headset-based platform that delivers real-time surgical navigation through a wearable display. Unlike traditional systems that often rely on bulky equipment or require pre-operative CT scans, ARVIS® streamlines the surgical process by allowing surgeons to visualise critical guidance data directly within their field of vision. This innovation enables the operating surgeon to remain fully focused on the patient while accessing precise information tailored to the individual’s anatomical structure.
Through the implementation of this advanced tool, the surgery was performed with enhanced accuracy, as the system provided up-to-the-moment visuals to guide implant placement and decision-making during the procedure. The result is a method that reduces the reliance on external monitors or room clutter, simplifying the surgical environment and allowing the surgeon to work with greater concentration and efficiency.
Central Indiana Orthopedics has long prioritised the adoption of forward-thinking medical technologies, and the integration of the ARVIS® system represents a continuation of this philosophy. By employing augmented reality in shoulder replacement surgery, the practice demonstrates its commitment to minimally invasive techniques and improved patient outcomes. The use of ARVIS® not only enhances implant alignment based on the patient’s specific anatomy but also supports safer and more efficient procedures by removing the need for excess imaging and equipment in the theatre.
This latest milestone aligns with the clinic’s history of embracing innovation, having been among the early adopters of Mako SmartRobotics™ technology for hip and knee replacement surgeries. Such continuous improvements have cemented Central Indiana Orthopedics’ reputation as a leader in orthopaedic care throughout the region.
Dr Badman, who performed the landmark surgery, brings considerable expertise to his role. With board certification and fellowship training, he focuses solely on shoulder care. As a respected figure within the orthopaedic community, he is affiliated with the American Shoulder and Elbow Surgeons and possesses extensive experience in both minimally invasive and complex shoulder procedures. His work with the ARVIS® system reflects his ongoing dedication to refining surgical techniques and advancing patient care standards.
Central Indiana Orthopedics, established in 1950, operates as an independent practice offering comprehensive orthopaedic care across multiple locations, including Zionsville, Fishers, Anderson, Muncie, and Marion. The organisation supports a wide range of treatments, from joint replacement and sports medicine to regenerative therapy and podiatry, delivered by a team of board-certified physicians and specialists. Beyond routine care, the practice also provides imaging services, outpatient surgery, physical therapy, and walk-in clinics, addressing both immediate and long-term musculoskeletal needs.
In addition to its clinical services, Central Indiana Orthopedics plays an active role in the wider community. The group serves as the official medical provider for Anderson University and lends orthopaedic support to various local high schools. This dual commitment to advanced care and community engagement further underscores the practice’s standing as a cornerstone of health services in the region.
With this successful application of augmented reality in shoulder surgery, Central Indiana Orthopedics reinforces its position at the forefront of medical innovation. The milestone achieved by Dr Badman is expected to influence future surgical approaches across the state, setting a new benchmark for precision, efficiency, and patient-centric care.
