Before discussing the 3D printing of Homo naledi here at Virtebra @ UWF,  I should first introduce myself. My name is Maddeline Voas, and I am a Biological Anthropology graduate research assistant in the Anthropology department here at the University of West Florida. I am responsible for creating and printing 3D models of skeletal materials and artifacts for research and teaching purposes during the 2015-2016 academic year.


Maxillary fragment of Homo naledi

For those of you unfamiliar with the recent discovery of the new South African hominin Homo naledi, you can find more information from here and here. This exciting news became public early this month and shortly after this announcement, 3D models of this hominin were accessible to the public through MorphoSource. Dr. Killgrove used the Makerbot Replicator 2X to print Homo naledi’s first metacarpal, a portion of the calvarium, the mandible, the right proximal femur, and a maxillary fragment.  12047649_10205076396525203_353166096_n


Shown: painted proximal femur, first metacarpal, and mandible

After 3D printing these models from MorphoSource, they were painted in an effort to appear more realistic. Fortunately, MorphoSource had both color and mesh scans for each element. It was convenient for painting purposes, primarily because I was able to reference the color scans when painting to achieve the most realistic look.

Here at Virtebra, we use Makerbot PLA filament. I find that acrylic works the best when painting 3D prints that used this plastic filament material, and in this case Liquitex basic acrylic paints were used.

The plastic replicas that were printed can be used for teaching purposes, and they have already been shown in a classroom setting here at UWF. Painting these plastic replicas makes them almost appear realistic. I find that the additional step of painting Homo naledi elements truly enhanced the overall appearance of the prints.