Microsurgical Intracranial Vascular

The Microsurgical Intracranial Vascular Anastomosis Training Model is a 3D-reconstructed model based on real clinical data, using multi-material 3D printing to replicate brain parenchyma and blood vessels. It supports various vascular anastomoses (dura mater, end-to-end, etc.), features a wrist-fatigue-reducing window cover, is compatible with deep anastomosis training, and has replaceable vascular consumables for reusable neurosurgical skill practice.

Brand: FESTAK

Product Type: Endoscopic Intervention Training Model

Warranty: 12 Month

whatsapp & Wechat: +86 15900838626

1. Principal Components & 3D Reconstruction
   The model utilizes 3D reconstruction of brain parenchyma and blood vessels based on real human data, capturing their texture and morphology with multi-material 3D printing (combining soft and hard materials) for anatomical accuracy.

2. Product Features & Ergonomics
   Based on real clinical data, it incorporates a window cover with a support plate to reduce wrist fatigue during prolonged instrument handling. It’s compatible with deep anastomosis training and supports multiple vascular anastomosis types (dura mater, end-to-end, end-to-side, side-to-side).

3. Reusability & Training Scope
   This reusable model has replaceable vascular consumables, catering to neurosurgical instrument manipulation and skill enhancement in intracranial vascular anastomosis procedures.

Advantage

Reusable, reducing costs

1:1 Reproduction of Human Body Data

Excellent Layering

Easy to operate

Easy to carry

Different modules for choice

Gallery

Parameter

Using multi-material 3D printing and real clinical data, this model replicates brain parenchyma and blood vessel texture/morphology for intracranial vascular anastomosis training.

3D Printed Intracranial Vascular Anastomosis Training Model with Real Clinical Data

Featuring a support plate in the window cover to reduce wrist fatigue, this model supports deep anastomosis and multiple vascular anastomosis types for neurosurgical training.

With replaceable vascular consumables, this reusable model enables repeated practice of dura mater and vascular anastomoses (end-to-end, etc.) in neurosurgery.

Wrist-Fatigue-Reducing Intracranial Vascular Anastomosis Training Model

Reusable Intracranial Vascular Anastomosis Model with Replaceable Consumables

Frequently Asked Questions about Microsurgical Intracranial Vascular

What is this model for?

Microsurgical intracranial vascular anastomosis training.

Is it based on real data?

Yes, real clinical data and human anatomy.

What anastomoses does it support?

Dura mater, end-to-end, end-to-side, side-to-side vascular anastomoses.

Does it reduce wrist fatigue?

Yes, via a window cover support plate.

Are consumables replaceable?

Yes, vascular consumables are replaceable.

Is it compatible with deep anastomosis?

Yes, it’s compatible with deep anastomosis training.