ARSurface Interactive Surface

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.

An augmented reality training solution featuring box trainers with tracking and guidance systems. The platform provides analysis of trainee work and real-time feedback during procedural practice.

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.

Mixed-reality arthroscopy training simulator for knee procedures using original arthroscopes and authentic instrumentation. Provides hyper-realistic simulation with measurable performance metrics for skill acquisition and assessment.

Box trainers integrated with smart augmented reality features including tracking, guidance, and work analysis capabilities. These devices combine data-driven medical education with hands-on practical training.

Specialized trainer for arthroscopic surgical skills including joint visualization and instrument manipulation. Provides realistic anatomical models for orthopedic training.

3D visualization platform designed for surgical education and anatomy training applications. Provides realistic surgical field visualization for trainees using magnified stereoscopic imaging. Supports educational simulation across multiple surgical disciplines.

Interactive virtual reality-based simulation platform for clinical training scenarios. Provides immersive learning environment for procedural skill development.

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.

Mixed-reality arthroscopy training simulator for shoulder procedures featuring original arthroscopic instruments. Enables risk-free practice of diagnostic and therapeutic shoulder arthroscopy techniques.

An interactive display system enabling virtual anatomical dissection with high-definition three-dimensional visualization for medical education and surgical planning applications.

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.