The neurosurgical robot system can assist doctors in performing highly efficient, safe, minimally invasive, and precise stereotactic localization procedures. These include deep brain stimulation (DBS) electrode implantation, robotic stereoelectroencephalography (SEEG) electrode implantation and thermocoagulation, brain tissue biopsy, cerebral hematoma evacuation, trigeminal balloon compression, brain abscess drainage, and other cranial stereotactic procedures, with more techniques currently being continuously expanded.

The Sinovation neuronavigation module is equipped with high-precision tracking localizers and a rich array of surgical accessories. In various operations such as surgical incision localization, tumor resection, skull base surgeries, and transnasal endoscopic procedures, it displays the real-time, intuitive spatial relationship between the surgical instrument tip and surrounding tissues on the monitor, precisely guiding the safe resection of lesions and effectively boosting surgeons' confidence in high-risk complex procedures.

The spine surgery robot utilizes a fully automatic positioning robotic arm and delicate tactile feedback technology, combined with visual navigation tracking. It supports dynamic patient posture tracking, which visually locates respiratory and body movements, synchronizing this positional data with the robot's coordinates to achieve real-time, follow-up positioning, rendering spine surgeries real-time, minimally invasive, and highly precise.