Revolutionizing Neuro-Intervention: PANVIS-A® Robotic Milestone

The PANVIS-A® NeuroInterventional Robotic System, led by Professor Liu Jianmin and team, marks a significant milestone by debuting in the Journal of NeuroInterventional Surgery. This China-developed robot system reduces occupational radiation by 96%, maintaining procedural efficacy and enhancing physician safety in neurovascular procedures.

The PANVIS-A® NeuroInterventional Robotic System has achieved a significant breakthrough by being featured in the esteemed Journal of NeuroInterventional Surgery. Developed under the leadership of Professor Liu Jianmin and a collaborative team, this milestone marks the first recognition of a China-developed vascular-interventional robot by an international neurointerventional journal.

The system was rigorously evaluated through a multicenter, randomized controlled trial, registering its safety and efficacy as non-inferior to traditional manual procedures. With its innovative technology, the PANVIS-A® significantly reduces a physician's radiation exposure by an impressive 96%, providing a safer working environment without compromising on procedural effectiveness.

Setting a new standard in neuro-interventional robotics, the PANVIS-A® system introduces pioneering features, such as the fingertip-catheter interface and dual-grip delivery system. As it gains recognition and approval, this robotic platform is poised to transform neurovascular procedures worldwide, advancing the frontiers of global health and safety in the medical field.