- Medical Technical Facilities
- Medical training
- Brain vascular model
- Trando 3D Medical Technology
- Company
- Products
- Catalogs
- News & Trends
- Exhibitions
Brain vascular model SJV019cerebralintracranialbrain artery
Add to favorites
Compare this product
Characteristics
- Area of the body
- intracranial artery, internal carotid artery, common carotid artery, brain artery, brain, cerebral, intracranial
- Procedure
- vascular access
- Material
- silicone
- Other characteristics
- transparent
Description
Product Overview
This neurointerventional training model is designed to simulate endovascular procedures for cerebral arteriovenous malformation (AVM) via the carotid access route. The model reproduces the common carotid artery, internal carotid artery and major intracranial branches, incorporating a tortuous AVM nidus to represent complex cerebrovascular anatomy for hands-on training and device evaluation.
Design and Materials
The intracranial segment includes an anatomically realistic AVM lesion with tortuous feeding vessels and nidus morphology to challenge catheter navigation. The internal carotid artery features physiological curves to simulate clinical catheter, guidewire and microcatheter delivery paths. Components are molded in transparent silicone and mounted on a clear acrylic base with custom supports for unobstructed 3D visualization during procedures.
Applications
Additional Product Notes
Technical specifications
This neurointerventional training model is designed to simulate endovascular procedures for cerebral arteriovenous malformation (AVM) via the carotid access route. The model reproduces the common carotid artery, internal carotid artery and major intracranial branches, incorporating a tortuous AVM nidus to represent complex cerebrovascular anatomy for hands-on training and device evaluation.
Design and Materials
The intracranial segment includes an anatomically realistic AVM lesion with tortuous feeding vessels and nidus morphology to challenge catheter navigation. The internal carotid artery features physiological curves to simulate clinical catheter, guidewire and microcatheter delivery paths. Components are molded in transparent silicone and mounted on a clear acrylic base with custom supports for unobstructed 3D visualization during procedures.
Applications
- Endovascular embolization training for cerebral AVM
- Hands-on practice of catheter, guidewire and microcatheter navigation through tortuous intracranial segments
- Testing, validation and demonstration of neurointerventional devices and techniques
Additional Product Notes
- Designed to simulate intracranial access via the carotid artery and relevant branches
- Transparent silicone on acrylic base enables clear observation of 3D vascular anatomy and lesion morphology
- Suitable for procedure observation, analysis and technical training in clinical and R&D settings
Technical specifications
- Model: SJV019
- Material: Silicone
- Custom service: free design service & technical solutions available
- Payment: T/T
- Lead time: 7–15 days
- Port: Ningbo, China
- Shipping methods: FedEx, DHL, EMS, UPS, TNT
Catalogs
No catalogs are available for this product.
See all of Trando 3D Medical Technology‘s catalogsOther Trando 3D Medical Technology products
Small Neuro Vessel Model
Related Searches
- Trandomed 3D anatomical model
- Trandomed 3D training anatomical model
- Teaching anatomy model
- Trandomed 3D training simulator
- General care medical simulator
- Trandomed 3D surgery model
- Upper body simulator
- Trandomed 3D flexible anatomical model
- Trandomed 3D skull model
- Trandomed 3D surgery simulator
- Trandomed 3D transparent anatomical model
- Trandomed 3D vascular model
- Trandomed 3D liquid pump
- Trandomed 3D training vascular model
- Trandomed 3D body anatomical model
- Leg anatomy model
- Portable simulation trainer
- Vertebral column model
- Trandomed 3D circulatory system vascular model
- Trandomed 3D transparent vascular model
*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.