Traditional surgical procedures, especially in spine surgery, can be complex and require high precision, potentially leading to complications and extended recovery times. The need for enhanced precision and reduced invasiveness in procedures like pedicle screw placement and endoscopic spine surgery remains a critical challenge.

FoxEyes Corporation develops robotic surgical systems designed to enhance precision, safety, and efficiency in spine surgeries. Their robotic platforms, LOBO and BLANCHE, provide full support for pedicle screw and spine endoscope surgeries, respectively. These systems integrate data collected from artificial intelligence to provide surgeons with versatile and precise solutions. By automating certain aspects of the surgical procedure, FoxEyes aims to reduce the risk of human error, improve patient outcomes, and streamline surgical workflows.

LOBO: A full-support robotic system specifically designed for pedicle screw placement surgery.

BLANCHE: A robotic system that supports spine endoscope surgery, enhancing precision and control.

AI-driven data integration for real-time surgical guidance and decision-making.

User-friendly interface designed to be intuitive for surgeons and surgical staff.

Enhanced precision and stability during critical surgical tasks.

The primary target audience includes surgeons specializing in spine surgery, hospitals, and medical centers seeking to adopt advanced robotic surgical technologies to improve patient care and surgical outcomes.