ARspectra Augmented Reality Surgical Glasses

Augmented reality surgical glasses designed for orthopedic and neurosurgery applications. These glasses provide real-time surgical guidance and visualization to surgeons during procedures, allowing them to focus more on the surgical field while receiving precise navigation information.

Smart augmented reality surgical glasses providing real-time surgical guidance for orthopedic and neurosurgical procedures. The system enhances visualization and precision during surgery, improving surgical outcomes and patient safety through advanced AR overlay technology. FDA 510(k) cleared for intraoperative surgical assistance.

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

An Augmented Reality surgical navigation system designed to enhance precision in orthopedic and neurosurgical procedures. The device integrates AR technology to provide real-time surgical guidance, aiming to improve patient outcomes and reduce radiation exposure during surgeries.

An augmented reality surgical guidance system designed for orthopedic and neurosurgical procedures. The system provides real-time surgical assistance and visualization to enhance precision and improve surgical outcomes while reducing patient radiation exposure.

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.

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

An augmented reality computer surgical navigation system that allows surgeons to view navigation information directly in their field of vision while focusing on the patient's affected area. The system uses ultra-low radiation X-ray imaging during surgery rather than requiring preoperative CT scans, enabling ultra-precise spine positioning and navigation. It reduces bleeding and tissue damage while improving surgical safety and precision in minimally invasive spine procedures.

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.

MetaSCOPE is a wearable 3D surgical visualization system that delivers real-time stereoscopic imaging for reconstructive and precision surgery. Featuring variable magnification, autofocus, and multi-angle visualization, it enhances surgical accuracy, reduces operator strain, and enables improved intraoperative decision-making and team communication.

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