AR Surgical Glasses (Foresee-X)

Wearable augmented reality glasses designed for surgical visualization, enabling real-time overlay of patient imaging data and navigation information within the surgeon's direct field of view. The device supports improved surgical accuracy and workflow efficiency by eliminating the need for external monitor interpretation during procedures.

AR-based surgical navigation system for spinal procedures that provides real-time augmented reality guidance to surgeons. Integrates intraoperative imaging with spatial tracking to enhance precision in vertebral screw placement and alignment. Designed to reduce operative time and improve surgical accuracy in complex spine interventions.

Augmented and virtual reality technology platform for enhanced surgical visualization and training. Provides immersive visualization of patient anatomy and surgical procedures. Supports surgical planning and professional education through interactive 3D modeling.

Intelligent eyewear device for medical professionals enabling hands-free visualization and documentation during procedures. Supports telemedicine, training, and procedural guidance applications.

Light binocular augmented reality glasses with integrated cameras and sensors designed for use in the TeleAssist telepresence system. The headset enables users to see and record procedures from the surgeon's perspective while providing see-through AR visualization for non-obstructive viewing.

Endoscopic projection technology utilizing augmented reality for surgical navigation and guidance. This technology enhances surgical visualization by overlaying navigation information during procedures.

Integrated optical navigation solution for image-guided surgery providing real-time instrument and patient tracking. Supports precise surgical planning and execution in orthopedic and neurosurgical applications.

Integration adapter allowing ARCviewer AR glasses to be integrated into the Stryker T7 personal protection system for use during surgical procedures.

Surgical system designed for anterior and posterior eye segment procedures. Enables precise ophthalmic interventions with integrated visualization and instrumentation capabilities.

SCOPEYE_Wearable Monitor is a wearable imaging device that provides real-time 3D surgical visualization with stereoscopic magnification and autofocus capabilities. It supports intraoperative guidance and real-time assessment during surgical and reconstructive procedures by delivering high-clarity multi-angle visualization. The device enhances surgical precision, reduces operative strain, and enables efficient communication among surgical teams.

An optical tracking navigation system for ENT surgery using high-precision glass reflectors mounted on surgical instruments. The system detects instrument position and orientation in six spatial degrees of freedom twenty times per second, allowing real-time representation of instrument location, and features autoclavable, reusable instruments with patented glass reflectors optimized for accuracy and durability.

MR eyewear system with advanced VSLAM and AI interaction capabilities for medical workflows. Supports remote consultation, procedure guidance, and real-time data visualization in clinical and surgical settings.