Optical Tracking Camera

Precision robotic assistance system for minimally invasive surgical procedures that provides vibration-free, stable camera positioning. The technology supports surgeons in performing procedures with enhanced precision while reducing physical strain and improving surgical outcomes.

Real-time surgical tracking and positioning system for neurosurgical applications. Provides high-precision localization of surgical instruments relative to patient anatomy during image-guided procedures.

Robotic surgical system for orthopedic procedures featuring a 7-degree-of-freedom arm, interchangeable surgical tools, and 335Hz dual-camera infrared navigation. Enables precise surgical maneuvers with zero-gravity compensation and adaptive balance suspension for enhanced stability during joint and bone surgeries.

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.

Optical positioning system for medical imaging and surgical guidance applications. Provides real-time spatial tracking and registration to enhance precision in image-guided interventions and diagnostic procedures. Integrates with medical imaging modalities to improve procedural accuracy and patient outcomes.

Intraoperative navigation platform for neurosurgery providing real-time spatial guidance and anatomical localization during intracranial procedures.

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.

Optical tracking and navigation components for ENT surgical systems. Developed as OEM solutions for image-guided surgical procedures in otolaryngology.

Image-guided surgery systems providing real-time spatial tracking and visualization to enhance precision during complex surgical procedures.

Optical and electromagnetic navigation system for ENT and cardiac surgical procedures. Provides real-time instrument tracking and positioning guidance to enhance surgical precision and safety. Compatible with Karl Storz NAV1 systems with expandable instrument and tracker options.

Intraoperative navigation platform for orthopedic and spinal surgical applications. Provides real-time spatial guidance and anatomical visualization during surgical procedures. Integrates with imaging modalities to enhance surgical precision.

Surgical navigation and positioning systems provide real-time guidance during surgical procedures, enhancing precision and reducing operative time. These systems integrate imaging data with intraoperative tracking technology to assist surgeons in complex orthopedic, neurosurgical, and ENT interventions. The platform enables improved anatomical accuracy and patient outcomes through computer-assisted surgical navigation.