Medical Models Digital Fabrication

Projects

Developed for the Colombian Government in collaboration with Universidad El Bosque, this project focused on creating 3D-printed anatomy models to support education nationwide. To connect with the target audience, we identified Pop Art and Art Toys as an effective visual language, and redesigned human anatomy into engaging, tactile learning pieces that balance clarity, durability, and educational value.

Interactive Medical Kit (Design + Fabrication)

As part of the same initiative, I designed modular, hands-on medical kits that organize multiple anatomical components for classroom use. The work covered 3D modelling, part integration, and fabrication preparation, ensuring the final kits are robust, repeatable to produce, and easy to use for interactive learning.

3D Printed Anatomy Art Toys (Kids Learning)

I design and 3D print human anatomy models inspired by art toys to make complex concepts easy and engaging for kids. These pieces translate real anatomy into friendly, tactile learning tools, balancing accuracy with playful form, safe materials, and classroom-ready durability.

Interactive Medical Kit (Design + Fabrication)

I develop modular educational medical kits by designing the parts, defining how they fit, and preparing them for fabrication. The focus is on clear organization, repeatable assembly, and robust components, ensuring the final kit is practical for hands-on learning and demonstrations.

Materials & Finishing (3D Printing + Silicone)

This stage explores mixed-material workflows in digital fabrication—combining 3D printed parts with flexible materials like silicone to achieve realistic textures, durability, and improved tactile feel. I test material compatibility, adhesion, and finishing methods to refine the final look and performance.

Silicone Skin Application on 3D Printed Model

A 3D printed base model is finished with a silicone layer to create a soft, realistic outer surface. This process focuses on surface preparation, controlled application, curing, and finishing, producing a more lifelike and functional prototype suitable for interactive or educational use.

Silicone Mold Demolding (3D Modeled Brain)

This image shows the demolding process of a brain replica cast in silicone. The piece was first modeled in 3D, then produced through a silicone mold workflow to achieve accurate anatomy and a realistic soft finish—highlighting hands-on skills in digital sculpting, mold-making, casting, and final detailing.

Abdominal Surgery Training Simulator

Medical Models Expo & Stakeholder Review

This image shows an abdominal surgery simulation rig designed for hands-on medical training. It recreates a realistic belly surface with access ports for tools, allowing users to practice instrument handling, positioning, and basic procedural steps in a controlled setup—combining 3D design, prototyping, and soft-material fabrication to achieve a practical, repeatable training tool.

This image shows the final prototypes presented in an expo-style setup, where the full set of medical education products was displayed for doctors, clinical educators, and healthcare managers. The goal was to demonstrate results, gather professional feedback, and validate the models for real-world educational use before broader rollout.

Gallery

A selection of recent caravan and RV design projects

Contact

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