06/18/2026
This image shows the support structures used to stabilize a part during the 3D printing process.
As industrial designers, we spend a lot of time refining the surfaces, details, and interactions of the products we create. Looking closely at the manufacturing process can be just as interesting.
These tree-like supports are generated by the printer to use the minimum amount of material required to prevent print failure. Their shape is driven by mathematics, material properties, and manufacturing constraints rather than aesthetics.
What stands out is how much complexity emerges from a simple objective: support the part while using as little material as possible.
Design principles exist all throughout the development process, not just in the final product. Even temporary structures can reveal how efficiency, performance, and form naturally influence one another.