Robotics have been a key area of growth in surgery, offering more minimally invasive options and higher rates of consistency in surgical performance. With improved precision, visualization, and controlled movements, they have been increasing efficiency and driving positive outcomes in the modern OR. It’s a common assumption that higher utilization of robotic surgery may lead to reduced staffing, but the reality is that the demand for well-trained Surgical First Assist (SFA) professionals is increasing as technology advances. SpecialtyCare places talented SFA professionals in operating rooms around the country to support teams performing both traditional and robotic surgeries in order to reduce risks and costly delays.

Why SFAs Are Essential in Robotic Cases

Robotics have changed workflows in the OR, but SFAs continue to be frontline contributors who add safety and support for optimal performance. While the surgeon works at the console, SFAs are at the surgical table, ensuring smooth operations and enhancing the overall experience for both the surgeon and the patient. 

Here’s how SFAs can be instrumental across procedure types:

• Neurosurgery (Spine and Cranial Robotics). Robotics conduct pedicle screw placement and navigation-assisted cranial procedures. SFAs provide patient positioning and exposure, docking assistance, instrument exchange, hemostasis management, and rapid conversion readiness. This is critical in neurological surgeries because accuracy distinctly affects outcomes.
• General Surgery. Robotics conduct hernia repair, colorectal resections, and bariatric procedures. SFAs provide port placement, stapler support, specimen retrieval, and bleeding control. In the OR, where efficiency drives profitability, utilizing well-trained SFAs can positively impact both case volume and turnover time.
• Orthopedic Surgery. Robotics conduct total Knee Arthroplasty (TKA) and Total Hip Arthroplasty (THA). SFAs provide limb positioning, soft tissue exposure, system calibration support, and closure — this helps with alignment precision and the standardization of outcomes.
• Urology and Gynecology. Robotics conduct prostatectomy, hysterectomy, and pelvic reconstruction. SFAs provide trocar management, suction/irrigation, suture handling, and specimen extraction. In tight working spaces, anticipation and efficiency can make a vital difference in performance.

SFA Involvement Is More Valuable with Advances in Robotics

Robotics promote the opportunity for standardization and optimization in an expanding variety of surgical procedures; however, they also increase the complexity of operations, create distance between the surgeon and patient, and introduce new workflow challenges. This makes the involvement of SFAs even more essential — they are necessary for anticipating needs, preventing delays, and minimizing workflow disruption. Robotic systems require active bedside management while the surgeon is at the the console, and conversion readiness must always be maintained, especially in high acuity cases. 

For example, the duration of the procedure for the complete robotic hysterectomy cases was nearly 40 minutes faster than a recent estimate. 

SpecialtyCare Can Support Your Robotics with Highly Trained SFAs

The demand for SFA expertise is rising alongside the utilization of robotics — the safety, efficiency, and reliability that they provide cannot be underestimated in increasingly complex surgical environments. SFAs can improve surgical performance, surgeon satisfaction, and overall efficiency in the OR, which translates into greater profitability, better outcomes, and staff retention. Investments in surgical technology must be matched by investment in trained staff — otherwise, implementation stalls, performance lags, and the highest potential of robotic technology goes fundamentally unrealized. SpecialtyCare employs and trains talented SFAs for seamless integration into hospital and outpatient surgical teams, and we can support your robotics program for optimal levels of safety and success. Contact us today to learn more!