18 modeli
The AGGRC Articulated Axolotl was created as an engaging outreach tool to highlight biodiversity and regenerative biology. Remixed by Brittany Ratliff at the AGGRC, this 3D-printable model features moving joints and a detailed form…
This model was created from a high-resolution 3D scan of a Gulf Coast oyster, capturing the natural form and texture of both the top and bottom shells. Scanned by Jack Koch. Visit AGGRC.com to learn more about our work.
This is a 3D model of an axolotl extruded from a SVG file. This item was created to serve as a promotional material for large K-12 STEM events. Designed at the Aquatic Germplasm and Genetic Resources Center by Brittany Ratliff.
The AGGRC Flexi-Sperm/Tadpole was designed as a playful and educational 3D print to support outreach efforts. This flexible design was remixed by Brittany Ratliff at the AGGRC to help engage audiences in biology and open-source science.…
The AGGRC Shrimp was developed for outreach and invertebrate biology at the AGGRC. Explore more of our open-source models and research at AGGRC.com.
The original AGGRC Flexi-Fish was created as a fun and engaging 3D model for outreach and education. Designed by Cameron Bonds at the AGGRC, the Flexi-Fish is an easy-to-print model used to connect with the public at events and workshops.…
The AGGRC Flexi-Zebrafish was created as a fun, flexible 3D model to support outreach in developmental biology and genetics. Designed by Brittany Ratliff at the AGGRC, this print represents one of the most important model organisms in…
The AGGRC Flexi-Xenopus was developed as an engaging 3D print for outreach focused on developmental biology and amphibian research. Modeled after the Xenopus frog, a key model organism in science, this flexible design was created by…
This is a custom 3D-printed token featuring an axolotl design, created by AGGRC for large events. We call it a doubloon as a nod to Louisiana’s Mardi Gras tradition, where doubloons are collectible coins tossed from floats and shared as…
A simple ornament in the shape of a bell with a rounded top and flared bottom, designed for use as a decorative piece. Print upside down with a brim and 0.10 mm layer height to print without support. Designed by Brittany Ratliff at the…
The AGGRC Flexi-Swordtail Fish was designed as an educational 3D model to support outreach in genetics and aquatic biodiversity. Inspired by the vibrant swordtail species, this flexible print was designed by Brittany Ratliff at the AGGRC.…
The AGGRC Flexi-Aplysia was designed as a playful and educational 3D print to support outreach efforts. Modeled after the California sea hare Aplysia, this flexible design was created by Brittany Ratliff at the AGGRC to help engage…
This is AGGRC’s embossed 3D keychain model, created as a fun item for large events and outreach. The design is lightweight and easy to print, with a surface that can be customized or labeled. Whether clipped to a backpack, keys, or lab…
This 3D model was created to serve as a promotional material for large K-12 STEM events. The model features the AGGRC logo where it was developed. Designed by Brittany Ratliff at the Aquatic Germplasm and Genetic Resources Center (AGGRC).…
This is AGGRC’s axolotl token, created as a fun, science-themed giveaway for large events and outreach. The design features a stylized axolotl, representing our work in aquatic genetics and research. We call it a token or doubloon as a…
This AGGRC keychain is a custom 3D-printed model created for large events and outreach efforts. The design features the AGGRC logo, giving it a tactile, professional look while keeping the form lightweight and easy to carry. Whether…
A simple ornament in the shape of a teardrop, designed for use as a decorative piece. Designed by Brittany Ratliff at the Aquatic Germplasm and Genetic Resources Center (AGGRC). Please visit AGGRC.com to learn more about our work.
A flat, decorative ornament with the AGGRC fish logo displayed on the front. Designed by Brittany Ratliff at the Aquatic Germplasm and Genetic Resources Center (AGGRC). Please visit AGGRC.com to learn more about our work.
