Medical Sculpture Core

          

Overview of Services

The Department of Medical Illustration’s Medical Sculpture Laboratory advances education and research capabilities in medical sculpture and Anaplastology at Augusta University. This lab houses two spaces: a wet sculpture lab and 3D printing and technology lab. The wet lab space is fitted for sculpting and casting medical models including the use of clay, plaster, and silicone. The technology space contains two types of 3D printing technology: Sterolithography (SLA) or light cured resin and Fused Deposition Modeling (FDM) or filament printing. The space  serves as an AU Core Research Lab to provide expertise in medical sculpture, volumetric visualization, and 3D printing. This lab space will offer educational and research opportunities for students to develop medical models such as surgical simulation models and patient education models. The research will improve surgical and medical training and provide insight into materials and technology to improve patient care. 

Services offered in our facility:

  • 3D Printing Clean Up Fee
  • Bio Compatible Resin-High Detail
  • Elastic Resin-High Detail
  • Filament White-Moderate Detail
  • Gray Resin-High Detail
  • Rigid 4000-High Detail
  • White Resin-High Detail
  • 3D Scanning Clean Up Fee
  • Hand Held
  • Turn Table
  • Design of Patient Education Model
  • Design of Simulation Model
  • CT Data
  • Model Refinement
  • MR Data

Leadership

Amanda Behr - Lab Director
706-721-3266
abehr@augusta.edu

Bill Andrews - Department Chair

Michael Winkler, MD - Investigator

Location and hours of operation

Hours      Location

Monday - Friday
8:00 am - 5:00 pm
By Appointment Only

     Shepeard Building, EF 217
     Augusta, Georgia 30912

Links and Resources

  1. https://www.augusta.edu/alliedhealth/medicalillustration/

Contacts

Name Role Phone Email Location
Amanda Behr
Lab Director
 
706-721-3266
 
abehr@augusta.edu
 
Shepeard Building, EF 217, Augusta, Georgia 30912
 

Services Offered


Search available services: View: by category alphabetically
3D Printing (6)
3D Scanning (2)
Design of Patient Education Model (1)
Design of Simulation Model (1)
Volumetric Visualization (3)

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