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The neurosurgical robot module assists doctors in performing efficient, safe, minimally invasive, and precise stereotactic surgeries, including implantation of DBS electrodes, SEEG depth electrode implantation and RF-ablation, brain biopsy, cerebral hematoma evacuation, trigeminal neuralgia PBC, brain abscess drainage, and more. The range of surgical procedures is continually expanding.

The neurosurgical navigation module features high-precision tracking devices and a variety of surgical accessories. During surgeries such as skin-incision positioning, tumor resection, skull-base lesion surgery, and endoscopic transnasal surgery, it accurately displays the spatial relationship between the surgical instrument's tip and surrounding tissues in real-time on the monitor. This effectively enhances the surgeon's confidence in high-risk and complex surgeries and ensures safe lesion resection.

The spine robot module, with its fully automatic positioning mechanical arm and sensitive tactile feedback technology, combined with visual navigation tracking, supports dynamic patient-positioning tracking. It visually tracks patient respiratory position changes, synchronizes position information with the robot's coordinates for real-time tracking, and enables real-time, minimally invasive, and precise spine surgeries.