Dr. Huntsman’s early role in robotic spine surgery

A robot in a spine operating room can sound reassuring, intimidating, or both. Patients understandably want to know whether it makes an operation safer, whether it changes recovery, and who is actually performing the surgery. Those are more useful questions than simply asking whether a practice has access to the newest equipment.

Dr. Kade Huntsman has a documented place in the early use of one particular robotic navigation platform: ExcelsiusGPS. Understanding that history requires a little precision. A credible account should identify the system, the date, and the surgeon’s role, then explain how that information can inform a conversation about care. It should also leave room for the questions a historical milestone cannot answer.

What happened in 2017

In an October 10, 2017 announcement, Globus Medical reported the first spine surgeries using ExcelsiusGPS during the preceding week. It named surgeons at Johns Hopkins and Dr. Huntsman at St. Mark’s Hospital among those performing the initial procedures. That supports describing him as an early clinical user of this platform. Read the original announcement.

The source is the device manufacturer, making it a primary record of the commercial launch, with an obvious interest in presenting the technology positively. Its date and named participants are useful historical evidence. Promotional statements about anticipated benefits deserve a different level of scrutiny and should be checked against clinical research.

The distinction matters because “among the first to use ExcelsiusGPS” is a specific, checkable statement. “Invented robotic spine surgery” would be a different claim entirely. So would saying that no other surgeon had previously used any robot for spine surgery. The launch announcement does not establish either of those broader claims.

What robotic assistance means

For this platform, the launch materials describe navigation combined with robotic guidance to assist the placement of surgical instruments and implants. In plain language, the technology helps connect a planned pathway with the work being performed in the operating room. It is an aid used during a procedure, rather than a diagnosis or a complete treatment plan.

The FDA’s explanation of computer-assisted surgical systems emphasizes that these devices require human control. The agency also encourages patients to discuss a surgeon’s training and experience, possible complications, and alternatives. Its general guidance covers different surgical systems; the precise tasks performed by a particular spine platform should be explained by the treating surgeon. FDA patient guidance.

A useful consultation therefore separates three decisions: what condition needs treatment, which operation might address it, and which tools could help perform that operation. Starting with the machine reverses that conversation. A patient should be able to understand the reason for the proposed procedure before deciding how much weight to place on the equipment used to carry it out.

Why early experience is relevant

Early participation gives patients a reasonable reason to ask about the development of a surgeon’s experience. What did the team learn when it first adopted the system? How has its approach changed? Which situations call for robotic assistance, and which do not? The answers may be more revealing than an impressive date on a biography.

History also provides a starting point for examining later work. Did the surgeon help publish results? Are the methods described clearly enough for other clinicians to assess them? Can the practice explain the difference between a technical measurement and a meaningful improvement in someone’s daily life? These questions turn a general claim of innovation into something patients can investigate.

At the same time, early adoption is not a substitute for present-day information. A launch record from 2017 cannot establish a surgeon’s current case volume, the equipment available at a particular hospital today, or the likely result of an individual operation. Those details belong in the current discussion with the care team.

Begin with the problem you want solved

Imagine someone whose main goal is walking through a grocery store without stopping, while another person wants to return to a physically demanding job. Both may arrive asking about robotic surgery. Their goals create different questions about the proposed treatment, recovery planning, and the measures that would count as a useful result.

A practical first step is to describe what symptoms prevent you from doing. Be specific about the activity, the limitation, and how often it occurs. Rather than saying only that you want to “feel better,” explain whether you are struggling to stand at the kitchen counter, sleep comfortably, or get through a work shift. This gives the discussion a concrete purpose.

Then ask the clinician to connect the recommendation to that purpose. Which part of the treatment is intended to address the limitation? What remains uncertain? If an imaging finding is mentioned, ask how it relates to your symptoms. These are requests for an explanation, not a demand that every uncertainty disappear before you can make a decision.

Separate precision from the whole outcome

A surgical tool may be evaluated for how accurately it helps complete a particular task. A patient’s experience involves a wider set of questions: symptom improvement, complications, recovery demands, and the possibility of additional treatment. A statistic about one task should not silently become a promise about all of them.

For example, if a website reports a percentage for screw placement, ask exactly what was counted. Was it the number of screws, the number of operations, or the number of people who improved? Who assessed the result, and when? The same percentage can sound very different once its denominator and definition are clear.

Our separate guide to Dr. Huntsman’s first 100 robotic cases explains how to read one published case series. Keeping that evidence separate from the launch history helps preserve the value of both. One documents participation at the beginning of a platform’s use; the other examines a defined technical experience.

Questions worth bringing to your visit

A short, focused list can help keep a technology discussion useful. Consider bringing these questions and writing down the answers in your own words:

• What problem would this operation address? Ask for the reason behind the recommendation before discussing the robot.
• What would robotic assistance contribute in my case? Request an explanation of the specific task it would help perform.
• What are the alternatives? Include other ways to perform the operation and any appropriate options that do not involve surgery.
• How will we judge whether treatment helped? Connect the answer to the activities and symptoms that matter most to you.
• What information is still missing? Clarify whether further evaluation is needed before the team can recommend a plan.

You do not need to arrive knowing technical vocabulary. If an explanation depends on a term you do not understand, ask the clinician to show you what it means on your imaging or a simple drawing. A clear discussion should help you explain the proposed plan to someone you trust afterward.

Before leaving the visit, try explaining the recommendation back in three sentences: the problem being treated, the proposed operation, and the role of robotic assistance. Ask the clinician to correct anything you misunderstood. This simple exercise can reveal whether a technology discussion has actually clarified your options. Keep a copy of the explanation with your questions so that a later conversation starts from the same understanding, especially if you meet with another member of the team.

A grounded way to describe innovation

The useful story is specific: Dr. Huntsman participated in the early clinical use of ExcelsiusGPS, and patients can examine the dated source behind that statement. That history can open a thoughtful discussion about experience, surgical planning, and research without turning technology into a guarantee.

For someone considering care, the next step is personal. Bring your goals, prior treatment history, and available imaging to a conversation with the team. Ask how the proposed approach fits your situation and what evidence supports it. The most valuable result of learning about innovation is a better understanding of your own choices.

Sources

1. Globus Medical. First spine surgeries using ExcelsiusGPS. October 10, 2017. Manufacturer announcement; supports the historical milestone.
2. U.S. Food and Drug Administration. Computer-Assisted Surgical Systems. General patient guidance, not an evaluation of Dr. Huntsman’s outcomes.

Educational information; an individual treatment recommendation requires a clinical evaluation. Sources checked September 25, 2026.