Intracranial Vascular Model

Based on human clinical CT/MRI imaging data design, 1:1 accurate simulation of intracranial arterial lumen size, complete restoration of key anatomical parameters such as ICA cavernous sinus segment bending angle, posterior communicating artery diameter, and anterior/middle/posterior cerebral artery length, accurately covering the prone locations of aneurysms, providing a realistic anatomical basis that fits Chinese people for interventional training and instrument testing.

By adopting a vascular planar layout structure, the vascular morphology is simplified while significantly reducing the size and weight of the model, making it easy to transport, store, and use in multiple scenarios, while effectively controlling costs and lowering the threshold for use.

Support the testing of interventional instruments such as guiding catheters and balloon dilation stents, and can conduct surgical training such as angiography and balloon dilation; Simultaneously supporting customized modules for aneurysms and stenosis lesions at different locations, meeting diverse testing, training, and display needs.