Robotic spine surgery means using a spinal robot and navigation to help place hardware, cages, and implants accurately when fusion or stabilization is part of the plan.
Dr. Nicholas J. Clark, MD — a Mayo- and HSS-trained orthopedic spine surgeon at HSS at NCH in Naples — uses robotic guidance when it fits the patient and the pathology. It is not used for every case. The robot does not replace the surgeon's judgment.
Important: In Dr. Clark's practice, the robot is used for accurate hardware and cage/implant placement — not for decompression. Decompression (taking pressure off nerves) is planned and performed with other techniques. Robotics supports the instrumented parts of selected cases.
If you are researching robotic spine surgery in Southwest Florida, the useful question is not only "Does he have a robot?" It is "Does my plan need precise implant placement — and is robotics the right tool for that?" That is what we sort out in clinic.
What robotic guidance means
In simple terms:
Imaging and planning — Imaging helps map your spine so the team can plan where screws, cages, or other implants should go.
Navigation — Your anatomy is matched to that map so instruments can follow the planned path.
Robotic assistance — In selected cases, a spinal robot helps guide accurate placement (or replacement) of hardware, cages, and implants according to the plan.
What it is not:
A robot operating on its own
A tool Dr. Clark uses for decompression (taking pressure off nerves)
A promise that every spine surgery will be "robotic"
Dr. Clark plans the case, decides whether robotic guidance adds value for implant placement, and performs the surgery.
Who it's for
This page is for adults who:
Are considering a spine operation that may include screws, cages, or other implants
Want to understand when robotics / navigation may help place that hardware accurately
Prefer minimally invasive (MIS) and percutaneous techniques when safe, and want to know how robotics fits the instrumented part of care
Want plain language — including when robotics is not used
Not advertised here: IME or workers' compensation evaluations.
When it's used vs when it's not
Often considered when:
The plan includes fusion or stabilization and hardware / cage placement needs high accuracy
Prior implants may need revision or replacement and mapped guidance helps
Anatomy and imaging support a navigation-guided instrumented approach
Often not the right tool when:
The main job is decompression alone — robotics is not how Dr. Clark performs decompression
Nonoperative care still has a realistic chance to help — surgery is not automatic
Anatomy, scar, deformity, or exposure needs make a different approach safer
The better fit is motion-preserving care or MIS without robotic implant guidance
Honest framing: Dr. Clark uses the robot for accurate hardware and cage/implant placement when that fits the patient and pathology. He does not use the robot for decompression. Robotics is not promised for every spine surgery.
For problems after a prior operation, see also Revision Spine Surgery.
How it fits with MIS
Robotics and navigation support selected instrumented steps in many of Dr. Clark's minimally invasive cases — they do not replace MIS, and they do not turn every case into a robotic case.
MIS / tubular / percutaneous techniques use small working corridors to treat the problem with less soft-tissue disruption when that still lets us do the job safely.
Robotics / navigation help place screws, cages, and implants accurately when those are part of the plan.
Decompression (relieving nerve pressure) is done with surgical technique — not with the robot.
Motion preservation still comes first when it is safe. Robotics does not mean "always fuse." When fusion is the better fit, related approaches include MIS TLIF, MIS LLIF, and MIS ALIF. For nerve pressure without fusion, see MIS microdiscectomy and MIS decompression. Neck motion-sparing options include cervical total disc replacement when appropriate.
Learn more: Minimally invasive spine surgery.
How evaluation works
History and exam — What hurts, what limits you, what you have already tried.
Imaging review — Bring what you have. New studies only when they change the plan.
Match symptoms to anatomy — Treat a real source of pain or nerve pressure.
Nonoperative options first when appropriate.
Shared decision — If surgery can help, we talk through approach (MIS, open, whether implants are needed, and whether robotic guidance belongs for hardware/cage placement in your case).
Second opinions are welcome. You do not need to commit to surgery — or to a robot — to get a thoughtful review.
Recovery expectations
Recovery depends on the operation, not on the brand of robot. Decompression-only vs fusion, levels treated, open vs MIS, and your overall health matter more than the guidance system.
In general:
Many selected MIS cases may still be outpatient or shorter-stay; others need a hospital stay.
Early walking is usually encouraged as cleared by the team.
Activity limits, bracing (if used), and physical therapy are set case by case.
Return to work, sport, or travel follows your plan — not a one-size promise from a webpage.
This page is educational. It is not personal medical advice.
Why Dr. Clark / HSS at NCH
Fellowship-trained orthopedic spine surgeon (Hospital for Special Surgery); orthopedic residency at Mayo Clinic
Practice focus: minimally invasive, navigation, and robotic spine care — robot for accurate hardware and cage/implant placement when appropriate, not for decompression, not as a blanket for every case
Bias toward the least invasive plan that still solves the problem — and toward motion preservation when possible
Based at HSS at NCH, Naples — serving Naples, Estero, Bonita Springs, Fort Myers, and the wider SWFL community
Collaborative team including Jorge Monje, APRN
More background: About Dr. Clark. Conditions: spine conditions.
If you want to know whether robotic guidance for implant placement — or MIS techniques — fit your spine problem, we are happy to review your case.
Book an appointment or call the surgery scheduler at 239-624-0306.
Office: 11190 Health Park Blvd, Building 2-2102, Naples, FL
Email: nicholasjclarkmd@gmail.com
Robotic Spine Surgery
Dr. Clark uses robotic guidance for accurate spine hardware and cage/implant placement when it fits the patient — not for decompression, and not for every case.