Guiding surgical robot NaoTrac

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NaoTrac is the world’s first autonomous stereotactic navigation robot designed specifically for neurosurgery. Developed by Brain Navi Biotechnology, it integrates advanced AI algorithms, machine vision, and robotic-assisted precision to enhance surgical accuracy, reduce operating time, and shorten the neurosurgeon’s learning curve. NaoTrac enables contactless, frameless patient registration and allows surgeons to plan optimal 3D trajectories with real-time image fusion. Once planned, the robot executes the procedure autonomously, acting as a reliable surgical assistant while keeping the surgeon in full control. Key Features: • Smart Instrument Recognition – Recognizes and registers standard surgical tools in real time, enabling seamless workflow integration without the need for special instruments. • Autonomous Surface Matching – Uses facial recognition and over 100,000 reference points to perform high-precision, non-contact registration—eliminating the need for traditional head frames or markers. • High-Precision 3D Image Fusion – Merges CT and MRI data with DICOM 3D models to define the most accurate and minimally invasive surgical pathway, with sub-millimetric precision. With more than 170 successful clinical cases, over 25 patented technologies, CE and FDA certifications and multiple international innovation awards, NaoTrac represents a new generation of intelligent, image-guided neurosurgery. It supports a wide range of cranial procedures, including biopsy, SEEG, DBS, endoscopy, and tumor ablation—bringing precision, consistency, and autonomy to the operating room.