Neurosurgical Robot

Neurosurgical Robot utilizes medical imaging scans, 3D visualization, multimodal image fusion, precise planning of puncture paths, and other technologies to avoid the trauma caused by traditional craniotomy surgeries. It can precisely control and repair neural clusters of intracranial lesions, establishing new physiological balance. The entire surgery takes an average of 30 minutes, with a positioning accuracy of 0.5 millimeters and a small incision of only 2 millimeters.

Product Detail

Technical Advantages

The whole operation takes an average of 30 minutes, the positioning accuracy is 0.5 mm, the wound is only 2 mm, and the postoperative observation can be discharged after 2-3 days, which has the characteristics of minimally invasive, accurate, efficient and safe.

Replacing traditional surgical frameworks with robotic arms, utilizing three-dimensional visualization and multimodal image fusion technology, can achieve the planning of optimal surgical puncture paths, enabling precise implementation of brain surgery operations such as biopsies, aspirations, ablations, and implants.

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