Foresee-X AR Surgical Glasses

Foresee-X is SURGLASSES’ first-generation augmented reality surgical glasses designed for orthopedic trauma procedures. The system synchronizes intraoperative fluoroscopy images directly into the surgeon’s field of view, eliminating the need to look away from the patient to reference external monitors. CE certified and FDA registered since 2019, Foresee-X obtained ISO 13485 certification in 2018.

Product Overview

Orthopedic trauma surgeons traditionally face the challenge of coordinating between the operative field and multiple fluoroscopy monitors during procedures. Foresee-X addresses this workflow inefficiency by displaying C-arm images directly in the surgeon’s line of sight through AR-enabled smart glasses.

The technology proves particularly valuable during interlocking nail procedures, where surgeons must precisely align guide wires with predrilled holes in intramedullary nails. Rather than repeatedly turning to view fluoroscopy screens, surgeons can maintain continuous focus on the patient while receiving image guidance.

Key Features

Foresee-X’s AR display streams live C-arm fluoroscopy into the surgeon’s field of view, enabling hands-free interlocking nail and pelvic procedures without diverting attention to external monitors.

• Real-Time Image Display: Streams live fluoroscopy images to the AR display
• Image Enhancement: Includes zoom functionality for detail examination
• Lightweight Wearable Design: Reduces surgeon fatigue during extended procedures
• Hands-Free Operation: Voice or gesture control options
• Smaller Incision Capability: Enhanced visualization enables more precise approaches

Clinical Applications

Foresee-X supports a range of orthopedic trauma procedures:

• Interlocking Nail Procedures: Assists with distal locking of intramedullary nails where fluoroscopy alignment is critical
• Pelvic Fracture Fixation: Supports screw placement in anatomically complex regions
• Wrist Surgery: Enables precise hardware positioning in distal radius procedures
• General Trauma: Applicable to procedures requiring frequent fluoroscopy reference

SURGLASSES has collaborated with hospitals in Taiwan and Malaysia to establish trauma centers incorporating Foresee-X into standard equipment configurations.

Technical Specifications

CE-certified and FDA-registered since 2019, Foresee-X streams C-arm images to an AR smart glasses display with voice and gesture control, meeting IEC 60601-1-2 requirements.

Regulatory Status

Foresee-X became the first CE-certified smart surgical glasses with augmented reality technology for visualized medical imaging during surgery.

Clinical Benefits

Surgeons using Foresee-X report:

• Reduced neck strain from eliminating repeated head turns to monitors
• Shorter procedure times from improved workflow efficiency
• Potential for smaller incisions due to enhanced visualization confidence
• Decreased radiation exposure from more efficient fluoroscopy use

Development History

SURGLASSES introduced Foresee-X following extensive clinical validation with surgeons across multiple countries. The product received positive feedback during pre-market evaluation, leading to further refinement before mass production began in 2020.

Frequently Asked Questions

What procedures benefit most from Foresee-X?

Interlocking nail procedures show particular benefit, as these require precise alignment between the nail’s locking holes and surgical instruments under fluoroscopic guidance. Any procedure requiring frequent reference to C-arm images during surgery can benefit from Foresee-X integration.

How does Foresee-X differ from Caduceus S?

Foresee-X focuses on real-time fluoroscopy display for trauma procedures, while Caduceus S provides full 3D navigation with preoperative planning for spine surgery. Foresee-X is optimized for cases requiring live image synchronization rather than 3D anatomical overlay.

What is the learning curve for Foresee-X?

The system is designed for intuitive adoption, allowing surgeons to maintain their standard operative technique while adding AR visualization. Most users adapt within several procedures.