New robotic surgical technology at Wellstar Paulding Medical Center personalizes procedures and makes joint replacement surgery even more precise.
The system uses advanced imaging and data analytics, partnered with the surgeon’s expertise, to tailor care for each patient. Using a 3D model based on a CT scan of the patient’s anatomy, surgeons can plan the implant size, placement and alignment accurately before entering the operating room. During the procedure, the robotic system uses real-time feedback to guide the surgeon’s hand and touch-sensitive boundaries to protect surrounding tissues and bones.
“This robotic technology allows our surgeons to make smaller incisions, improve the implant’s placement and operate more precisely—which all mean a smoother recovery for patients,” said Todd Kennedy, president of Wellstar Paulding.
The orthopedic surgery team at Wellstar Paulding uses the system in total hip replacements and total and partial knee replacements.
Wellstar Orthopedic Surgeon Dr. Sameer Badarudeen, who has a decade of experience in robotic hip and knee replacements, was the first to use the technology at Wellstar Paulding. He said the system allows surgeons to better personalize care for each patient.
“As surgeons, we now have a much deeper understanding of optimal artificial knee placement, moving beyond the older ‘boilerplate knee’ approach that resulted in identical-looking X-rays for all patients,” Dr. Badarudeen said. “It empowers surgeons to thoroughly assess each patient's unique anatomy and then meticulously recreate the artificial knee replacement to be perfectly tailored to that individual's specific anatomy.”
Denise Fortune, whose knee was replaced using the technology, was able to go home the same day as her surgery. She had minimal pain after the procedure and now has increased mobility after several years of knee pain.
Dr. Badarudeen ensured Denise received personalized care and had the support she needed for a smooth recovery.
“I'm feeling great. I'm still going to physical therapy, and they tell me I'm ahead of where I normally would be,” Denise said.
