Where algorithmic geometry meets warm ambient light.
LuminaCAD was founded to eliminate mass-produced injection-molded lighting waste. By combining parametric trigonometry with desktop FDM 3D printing, anyone can manufacture gallery-grade luminaires locally.
Subsurface Light Diffusion
Horizontal 0.16mm FDM layer lines act as thousands of microscopic cylindrical lenses, scattering harsh LED point sources into a warm, glare-free ambient glow.
Self-Supporting Overhangs
Every silhouette curve and socket spider strut in LuminaCAD is constrained below a 45° overhang angle, ensuring clean prints without wasteful support structures.
Corn-Starch PLA & rPETG
Designed specifically for renewable bio-plastics and recycled ocean-bound PETG filaments, reducing shipping emissions by 84% via local digital fabrication.