Ray-Ban Meta: A Ray of Hope in the Operating Room (and Beyond)

Area of Science:

• Orthopedics
• Surgical Technology
• Medical Devices

Background:

• Wearable smart glasses present novel avenues for limb preservation surgery, facilitating hands-free media capture, real-time communication, and surgical training.
• Previous devices like Google Glass showed potential but faced challenges with battery longevity and ergonomics.
• The Ray-Ban Meta smart glasses, a recent consumer-grade option, offer high-definition recording in an ergonomic, lightweight design, potentially overcoming prior limitations.

Purpose of the Study:

• To evaluate the feasibility and utility of Ray-Ban Meta consumer-grade smart glasses in limb preservation surgery.
• To assess the impact of these wearable devices on surgical workflow, team communication, and trainee education.

Main Methods:

• Two limb preservation surgeons utilized Ray-Ban Meta smart glasses during foot and ankle procedures between November 2023 and April 2025.
• Evaluation encompassed five domains: overall use, image/video utility, workflow/communication impact, team/trainee feedback, and technical performance.
• Patient enrollment was based on procedural scheduling and consent, with device setup prior to surgery.

Main Results:

• The smart glasses seamlessly integrated into surgical workflows, enabling sterile, hands-free documentation.
• First-person footage captured by the glasses proved more engaging for surgical trainees than traditional video.
• Real-time streaming capabilities supported remote consultations and tele-mentoring, enhancing collaborative care.
• While battery capacity diminished with intensive use, no significant technical malfunctions were reported during the study period.

Conclusions:

• This study presents the initial comprehensive assessment of Ray-Ban Meta smart glasses in limb preservation surgery.
• The findings suggest these glasses are a viable, low-profile solution for intraoperative documentation, education, and communication.
• Further enhancements in battery endurance and data integration are recommended to maximize the potential of wearable technology in surgical settings.