Carlsmed achieved a milestone with the inaugural implantation of its corra™ Cervical Plating System during an ACDF procedure at UCSF, performed by Dr. Aaron Clark. This first patient-specific cervical plate leverages individual anatomy to stabilize the fusion construct and validates the system's application in a real-world clinical setting.

The corra™ system integrates with Carlsmed's digital surgery ecosystem to tailor plate curvature, screw positioning, and vertebral level fixation pre-operatively. Designed to complement the aprevo® Cervical Interbody System, these patient-specific plates aim to reduce intraoperative contouring and enhance alignment precision for surgeons.

Data from the initial clinical evaluation will drive iterative product refinement as Carlsmed prepares for broader market adoption. The company plans additional clinical assessments in the coming months to validate outcomes, inform design adjustments and support regulatory and commercial strategies.

Carlsmed targets a commercial launch of corra™ later this year, expanding its personalized spine surgery portfolio. This rollout aligns with the company's mission to improve surgical accuracy, patient outcomes and drive long-term revenue growth in the AI-enabled medical technology market.