Pixels to Print
In this collaborative project, we set out to create a physical artifact generated from code—blurring the lines between digital input and tangible output. Inspired by risograph aesthetics and driven by pixel data, our process transformed colored images into layered, 3D-printed stamps, resulting in a unique printed piece that lives at the intersection of code, color, and craft.
Image Deconstruction
We began by selecting a digital image and separating it into its Cyan, Magenta, Yellow, and Black (CMYK) color channels. Each channel became a layer to be interpreted in three dimensions.
data Mapping to 3D
Using custom code, we analyzed pixel properties like brightness and saturation to generate height values. This data was then used to model 3D stamp surfaces—each one representing a color layer in relief form.
Fabrication & Stamping
We 3D-printed each stamp and used them to apply ink in CMYK layers, hand-aligning them on a single sheet of paper. The slight misalignments gave the final print a dynamic, playful energy reminiscent of risograph prints.
Final Outcome
The final print is rich in color, texture, and process—each detail a direct result of algorithmic design and hands-on experimentation. The outcome felt personal and expressive enough that I’ve proudly displayed it on my wall.
Spectrolite Mockup
To plan and simulate the stamping process, we used Spectrolite to visualize the layered compositions digitally before the physical printing began.
