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VasculiX_Pro
VasculiX_Pro is a high-precision vascular simulator that accurately replicates the full-body arterial structure. Featuring silicone-based vessels and anatomically precise architecture, it enables highly realistic vascular procedure training. This solution is optimized for medical education, research, and medical device demonstrations.
· All vessels can be manufactured based on patient-derived scan data (CT, MRI) or STL files. Therefore, 3D vascular models can be customized according to the desired design and structure.
· By mimicking the performance of human blood vessels, this product provides a procedural environment closely resembling real vascular conditions.
D Vascular Simulator Replicating Human Blood Vessels
This vascular simulator is designed for research and product validation, reflecting the physical properties of real human vessels.
It can be customized to the desired design, including cerebral aneurysms, with the option to include or exclude coronary arteries.
Various vessels are implemented, including the carotid artery, aorta, aortic arch, and subclavian artery.
Product Details
· The 3D full-body vascular simulator provides surgical simulations closely resembling real clinical environments. It anatomically replicates major vessels throughout the body, allowing users to insert guidewires and navigate along vascular pathways, experiencing various disease models and procedural scenarios as if in real life. This makes it suitable for applications in education, research, and medical device testing.
Product Sample Images
Procedure Training Images
Exhibition Display Images
Full-Body Vascular Simulation Model
This model is a 3D full-body vascular simulator that anatomically replicates the major arterial structures throughout the body, centered on the aorta and aortic arch, including vessels in the upper limbs, brain, and lower extremities.
It includes cerebral vessels such as the common carotids, internal carotid arteries, middle cerebral artery (MCA), and anterior cerebral artery (ACA), as well as major peripheral vessels such as the left and right subclavian arteries, common/internal iliac arteries, and descending aorta.
Additionally, it features cerebral aneurysms of various locations and shapes (Types A, B, and C), allowing for guidewire insertion, procedural path exploration, and intervention simulations that reflect real clinical scenarios.
This configuration provides a highly realistic training environment for medical education, procedural training, medical device testing, and research