KFSH uses robotic system for deep brain stimulation surgery

King Faisal Specialist Hospital and Research Centre in Riyadh has used robotic technology for deep brain stimulation surgery, including several procedures reported as firsts in the Middle East and North Africa. The approach is designed to improve precision, reduce manual steps and support better outcomes for patients with movement disorders.

Why it matters: - King Faisal Specialist Hospital and Research Centre is using robotics to make deep brain stimulation surgery more precise for patients with movement disorders. - The approach could reduce surgical steps, limit tissue impact and improve recovery for patients who do not respond well enough to medication. - The procedures were described as several firsts for the Middle East and North Africa, signaling a regional step forward in advanced neurosurgery.

What happened: - King Faisal Specialist Hospital and Research Centre in Riyadh successfully used robotic technology for deep brain stimulation surgery. - The hospital performed several procedures for the first time in the Middle East and North Africa. - The robotic system guided electrode placement in deep brain targets with submillimeter precision.

The details: - The integrated robotic system combines advanced imaging, real-time navigation and robotic guidance. - The platform helps surgeons define the surgical trajectory and reach the target area deep in the brain. - The system reduces manual steps compared with traditional surgery. - Traditional frame-guided surgery requires separate planning stations, coordinate transfer and assembly and fixation of a stereotactic frame. - The robotic system brings planning, targeting and guidance into a single platform. - Deep brain stimulation implants an electrode in a specific brain area to deliver regulated electrical pulses. - The treatment is used to reduce symptoms such as tremor, dystonia and rigidity. - Deep brain stimulation is used when medication does not provide sufficient symptom control and quality of life is affected. - For eligible patients, the robotic-assisted approach may allow smaller surgical openings, less impact on surrounding tissue, shorter operating-room time, faster recovery and greater comfort after the procedure. - The approach is intended to support more consistent outcomes in deep brain electrode placement. - The procedure involved collaboration among movement disorder specialists, neurosurgeons, neuroanesthesia teams, operative neurosurgical nurses, coordinators, neuroradiology specialists, biomedical engineers and microelectrode recording staff. - KFSH described the work as part of its Neuroscience Centre of Excellence programs for treating movement disorders.

Between the lines: - The shift from frame-based surgery to an integrated robotic platform suggests a move toward fewer manual handoffs and less room for error. - In a procedure that depends on millimeter-level accuracy, combining planning, navigation and guidance in one system can be a meaningful operational advantage. - The hospital is also using the announcement to reinforce its position as a regional leader in advanced care. - KFSH has been ranked first in the Middle East and North Africa and 12th globally among the world’s top 250 Academic Medical Centers for 2026. - Brand Finance 2026 recognized KFSH as the most valuable healthcare brand in Saudi Arabia and the Middle East. - Newsweek listed KFSH among the World’s Best Hospitals 2026, the World’s Best Smart Hospitals 2026 and the World’s Best Specialized Hospitals 2026.

What's next: - The robotic approach may expand options for more patients eligible for deep brain stimulation. - KFSH is likely to build on the integrated care model that links diagnosis, surgical planning, execution and clinical follow-up. - Broader use of the system could further standardize deep brain stimulation procedures at the hospital.