3D Printing
3D Printing impacts nearly every course in the geosciences.
Form 2 SLA 3D Resin Printer
Our department was awarded an internal grant to purchase a Form 2 SLA 3D Resin Printer from LormLabs. This state-of-the-art printer has the capability of printing down to a one-micron resolution along with creating models that preserve internal structures. The Form 2 uses a laser to solidify the resin to create the complex models we need for our hands-on teaching.
Quality of education
Having the 3D printer has increased student engagement and concept retention. Recent technological advancements now allow for high-quality models, replicas, and demonstrations to be produced at relatively low costs. Having access to such an amazing printer has impacted our BPSoG in every aspect. This approach is transformative in the instruction of Paleontology, where microscopes and fossils are heavily used. By creating "student study kits" of 3D printed fossils and microfossils, we are providing students regular access to materials typically only available in labs and commonly only visible under a microscope or Scanning Electron Microscope (SEM).
Hands-on experience
The 3D printer allows us to print realistic models and give students a hands-on experience. The models allow students to look closer at and gain a more accurate understanding of fossils, especially microfossils. We have been working on prints and current students of the Paleontology course have been eager to see the results. We also love to have fun with the things we can generate with the 3D printer for our outreach program.
More information about our community outreach program