World’s most accurate, precise, and reliable surgical navigation through the patented novel technique where surgically required to ensure the highest level of patient safety
0.2 mm clinical application accuracy marks a significant milestone in the field of surgical navigation.
Revolutionizing various surgical specialties such as neurosurgery, ENT, spine, orthopedics, biopsy, radiotherapy and interventional radiology, etc.
It not only enables precise and accurate surgery but also can pave the way for new minimally invasive interventions, expanding the scope of surgical navigation.
Eliminates user errors during patient registration and the need for extensive trainings by determining best possible registration marker configuration automatically.
Planning efficiently and performing interventions with high confidentiality and safety, resulting in better outcomes for everyone involved.
By opting for most accurate and non-invasive technique, the patients can receive safer treatments, while the risks for complications associated with inaccuracy and high invasiveness are significantly minimized.
Can be used with optical, electromagnetic, or other tracking devices.
Designed to work harmoniously with traditional CT, MRI, PET, SPECT, CBCT, PET-CT, Fluoroscopy, or other similar volumetric radiologic imaging technologies.
Resolves a long-standing problem in the field of computer-assisted surgery.
Worldwide only system that fulfills all the mathematically, methodologically, and clinically proven criteria, simultaneously.
Surgical navigation in less than 2 minutes with easy setup and significant cost reduction up to 100% for hospitals.