RS Premier Bintaro Uses Robotic Navigation for More Accurate Spine Surgery

21 September 2026 3 min read

Bandung, September 17, 2026 — Technological advancements in medicine continue to drive changes in the treatment of various spinal conditions. In line with these developments, RS Premier Bintaro is introducing a modern approach to spinal surgery through the implementation of robotic navigation, which assists surgeons in performing procedures with greater accuracy.
This topic was the focus of the media gathering event titled "State-of-the-Art Treatment for Spinal Conditions Using Robotic Navigation," featuring Dr. Asrafi Rizki Gatam, Sp.OT (K-Spine)—an Orthopaedic Spine Surgeon at RS Premier Bintaro—held at the Grand Tjokro Premiere Hotel Bandung.

According to Dr. Asrafi, the spine is a complex structure comprising not only bone but also joints, discs, ligaments, and neural structures. Various conditions can affect the spine, ranging from degenerative diseases, deformities, and trauma to other issues requiring surgical intervention. As one ages, spinal problems can progress from intermittent back pain to chronic pain, which may be accompanied by radiating pain. In some patients, these conditions may necessitate further treatment, including surgery.

From Conventional Surgery to Minimally Invasive Spine Surgery

Approaches to spinal surgery have undergone significant evolution. While conventional surgery was previously associated with longer hospital stays, the development of minimally invasive spine surgery techniques now allows procedures to be performed with minimal tissue disruption.
This approach aims to minimize tissue injury, facilitate faster recovery, and enhance the accuracy of implant placement.
However, as the spinal conditions being treated become more complex, the need for precise planning and accuracy during the procedure increases. Consequently, technology plays a crucial role in supporting surgeons.

Robotic Navigation Helps Doctors Improve Precision

In spinal surgery, accuracy is essential not only during the pre-operative planning stage but also while the procedure is underway. Dr. Asrafi’s presentation highlighted how robotic technology assists across the entire process—from pre-operative planning and the use of advanced software to providing intraoperative guidance.

The robotic technology employed at RS Premier Bintaro for spinal surgery is the Globus Excelsius GPS, a robotic navigation system suitable for a wide range of spinal procedures. This technology plays a key role in managing cases involving complex spinal anatomy, such as scoliosis and conditions characterized by abnormal pedicle morphology.

In cases involving spinal deformity, pedicle screw placement is a critical step in the procedure. Inaccurate positioning can result in the implant encroaching upon the spinal canal or protruding outside the bone structure; therefore, precise planning and guidance are required during the operation. However, Dr. Asrafi emphasized that the use of robotic technology does not replace the surgeon; rather, it serves as a valuable tool that helps surgeons navigate procedural complexities, enhances accuracy, and supports patient safety.

Technology to Support a Better Patient Experience

The application of robotic technology in spinal surgery is ultimately aimed not only at assisting surgeons but also at benefiting patients. In spinal procedures, robotic technology supports patients by reducing pain, accelerating recovery, and shortening hospital stays. For surgeons, the technology facilitates the procedure and enhances accuracy.

Through the development of its spine services and the utilization of state-of-the-art technology, RS Premier Bintaro remains committed to providing spinal care options that are increasingly modern, precise, and patient-centric.