Northwest Florida’s Premiere Specialty Orthopaedic Spine Center for

The Whole Family

Minimally-Invasive Treatment Specialists

At the Orthopaedic Spine Institute of Northwest Florida, our team of board-certified specialists will work with you and your primary care physician to determine the best option specifically designed to treat your condition. As one of the latest centers to adopt and perform endoscopic, non-invasive spinal surgical procedures, you can rest assured our team has the latest training on the most advanced surgical equipment to offer you unparalleled results.

Treatments

Treating a Variety of Conditions

With nearly three decades of experience practicing medicine and performing some of the most complex spinal surgeries throughout the U.S., Dr. Robert Huang, a board-certified orthopaedic surgeon, leads the Orthopaedic Spine Institute of Northwest Florida as the medical director of the organization.

Under Dr. Huang’s guidance and leadership, the Orthopaedic Spine Institute serves patients across the panhandle of Florida. From Panama City to Pensacola and Mobile, Alabama, OSI has convenient office locations in Pensacola and Crestview.

About Dr. Huang

Recent News

How Endoscopic Spine Surgery is reshaping the world of spinal treatments and care

With the ever-evolving progress in modern medicine, tools and procedures are becoming more advanced. The same holds true for the realm of spine surgery, with more and more spine surgeons adapting their practices to include operating procedures that result in less time under anesthesia and quicker times to heal. For Dr. Robert Huang at the

OSINWFL medical director attends ‘cutting-edge’ spine surgery exposition in Las Vegas

From Oct. 28-30, Dr. Robert Huang, medical director of Orthopedic Spine Institute of Northwest Florida, attended the 2021 Society for Minimally Invasive Spine Surgery Annual Forum held at The Cosmopolitan in Las Vegas, Nevada, where he was able to gain hands-on learning experience and knowledge on new techniques, technological advancements and breakthrough studies involving minimally

OINWFL