Surgical Navigation Systems

Image-guided surgical system providing real-time intraoperative navigation for ophthalmic procedures. Enables precise instrument positioning relative to anatomical structures.

Image-guided surgery support system providing real-time surgical navigation and positioning assistance for orthopedic and neurosurgical procedures with integrated 3D visualization and planning capabilities.

Intraoperative navigation and visualization system for cardiac surgical procedures providing real-time 3D imaging guidance and anatomical mapping to improve surgical precision and patient outcomes.

Computer-assisted navigation systems for precise implant placement in spinal surgery. These platforms enhance accuracy and reduce intraoperative radiation exposure.

A navigation and guidance system utilizing robotic technology to enhance precision in orthopedic minimally invasive surgery. This system integrates imaging data with real-time surgical feedback for improved procedural accuracy.

Computer-based augmented reality navigation platform that integrates with surgical procedures to provide enhanced visualization and guidance during orthopedic and neurosurgical interventions.

Surgical planning and navigation technology that supports preoperative planning and intraoperative guidance for orthopedic procedures. The system enhances precision in spinal and joint surgery.

Full-stack control system software providing real-time surgical navigation, instrument tracking, and procedural guidance integration. Designed for surgical integrators requiring precision imaging and tracking capabilities.

Real-time surgical guidance system that displays patient-specific 3D anatomy alongside endoscopic video during minimally invasive thoracic procedures. Integrates with VATS and robotic-assisted surgical platforms for enhanced anatomical visualization.

Intraoperative navigation system for neurosurgical procedures integrating preoperative imaging data with real-time surgical field visualization to improve targeting accuracy and patient safety during brain and spine surgery.

An intelligent navigation and tracking system for robotic surgical platforms that utilizes artificial intelligence and real-time data processing. The system provides surgeons with precise anatomical guidance and spatial awareness during complex procedures.

Robotics platforms providing real-time guidance for spinal implant placement. These systems enhance surgical precision and reduce procedural variability.