Cerebral vascular model PLSJXG001B
intracranialcircle of Willisinternal carotid artery

Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 2
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 3
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 4
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 5
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 6
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 7
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 8
Cerebral vascular model - PLSJXG001B - Shanghai Preclinic Medtech - intracranial / circle of Willis / internal carotid artery - image - 9
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Characteristics

Area of the body
intracranial artery, basilar artery, internal carotid artery, middle cerebral artery, anterior cerebral artery, posterior cerebral artery, circle of Willis, cerebral, intracranial
Application
for neurology
Procedure
vascular access, endovascular
Material
silica gel
Accessories
with blood vessels
Other characteristics
transparent, flexible
Length

1,040 mm
(40.9 in)

Width

490 mm
(19.3 in)

Height

190 mm
(7.5 in)

Description

Product overview
This intracranial vascular training model is made from highly transparent soft silica gel to reproduce realistic intracranial arterial anatomy and standard clinical access routes. It is designed for neurointerventional training, device performance testing and product demonstrations, enabling practical endovascular simulation with high anatomical fidelity.

Key features
  • Includes anterior, posterior and middle cerebral arteries, basilar artery and Circle of Willis, with integrated aneurysm and stenosis modules. The internal carotid siphon includes two 180° and two 360° bends to replicate complex catheter trajectories.
  • Supports functional and compatibility testing of vascular intervention devices: guide catheters, guide wires, balloon catheters/stents, coils, thrombectomy devices and embolic protection systems.
  • Enables simulation training for angiography, balloon dilation and common neurointerventional procedures to develop procedural flow and instrument handling skills.
  • Customizable aneurysm and stenosis modules available to meet testing, training and demonstration requirements.
  • Dedicated insertion ports for radial, femoral and subclavian access to accurately simulate clinical instrument approaches.


Applications & target users
  • Intended for clinical skills training in hospitals, practical teaching in medical schools, R&D, device testing and product demonstrations by vascular device manufacturers. Primary users: medical students, interventional physicians and device development/testing teams.


Supported procedures & compatible devices
  • Suitable for procedural training (angiography, balloon dilation, thrombectomy simulations) and performance evaluation of interventional instruments such as guide catheters, guide wires, balloon stents, coils and thrombectomy devices. Special insertion ports reflect clinical access routes.


Specifications
  • PN: PLSJXG00B
  • Main material: highly transparent soft silica gel; hardness: 30A
  • Model dimensions: 104 cm (L) × 49 cm (W) × 19 cm (H)
  • Lead time: 15 days
  • Origin: Shanghai, China


Maintenance & customization
  • Easy to clean and maintain; main body made of food‑grade silicone‑like material. Supports site‑specific aneurysm/stenosis modules, acrylic shell variants and illuminated base options for presentation or testing.


FAQ
  • Which users and scenarios is this model applicable to? Clinical skills training, teaching in medical schools, R&D and performance testing for vascular device manufacturers; ideal for medical students, interventional doctors and device test engineers.
  • What operations and devices are supported? Angiography, balloon dilation and other neurointerventional training; compatible with guide catheters, guide wires, balloon stents, coils, thrombectomy and embolic protection devices.
  • Is maintenance and customization available? The model is easy to clean; customizable aneurysm/stenosis modules and options such as acrylic shells or illuminated bases are available.

Catalogs

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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