Filter by price
Cardiovascular
Models designed by Anthony Weinhaus, Associate Professor & Co-Director, Program in Human Anatomy:
- Circle of Willis on Platform
- Circle of Willis in Skull
View as
Circle of Willis in Skull
Designer: Anthony Weinhaus, Associate Professor & Co-Director, Program in Human Anatomy
Digital Anatomist: Ali Kahlert, Lead Digital Anatomist
To teach the location and purpose of the Circle of Willis in feeding the brain with oxygenated blood.
The model is made using a polyjet 3D-printer. The skull is made from a hard plastic, while the vasculature is a compliant material colored to represent the arteries and sinuses.
NOTE: To pay with a UMN Chartfield String, email mdcinfo@umn.edu.
Digital Anatomist: Ali Kahlert, Lead Digital Anatomist
To teach the location and purpose of the Circle of Willis in feeding the brain with oxygenated blood.
The model is made using a polyjet 3D-printer. The skull is made from a hard plastic, while the vasculature is a compliant material colored to represent the arteries and sinuses.
NOTE: To pay with a UMN Chartfield String, email mdcinfo@umn.edu.
$2,000.00
Circle of Willis on Platform
Designer: Anthony Weinhaus, Associate Professor & Co-Director, Program in Human Anatomy
Digital Anatomist: Ali Kahlert, Lead Digital Anatomist
To teach the shape and purpose of the Circle of Willis in feeding the brain with oxygenated blood
The model is made using a polyjet 3D-printer. The vasculature is a compliant material, colored to represent the arteries. The base is a hard plastic.
NOTE: To pay with a UMN Chartfield String, email mdcinfo@umn.edu.
Digital Anatomist: Ali Kahlert, Lead Digital Anatomist
To teach the shape and purpose of the Circle of Willis in feeding the brain with oxygenated blood
The model is made using a polyjet 3D-printer. The vasculature is a compliant material, colored to represent the arteries. The base is a hard plastic.
NOTE: To pay with a UMN Chartfield String, email mdcinfo@umn.edu.
$1,500.00