Organic foil lamp
How Organic Patterning Shapes Sculptural Light
Context
Developed as an exploration of material efficiency and expressive lighting, the Organic Foil Lamp investigates how flat-pack principles and perforated surfaces can transform a minimal structure into a sculptural, atmospheric lighting object.
Product
The Organic Foil Lamp is formed from a single punched polypropylene sheet that is rolled and interlocked to create a cylindrical volume. Plastic caps stabilize the structure while maintaining material efficiency and flat-pack logic.
Its defining feature is the perforation pattern. Light passes through the openings to project dynamic shadows into the surrounding space, while the translucent foil creates a soft ambient glow. RGB GU10 bulbs allow atmospheric variation.
Inspired by plant cell structures, the pattern was developed parametrically as a Voronoi system with a vertical falloff — smaller cells at the base, gradually expanding upward. This gradient gives the lamp visual tension and spatial rhythm.
The product achieved long-term market success and was widely imitated.
Contribution
- Product concept and positioning
- Development of construction and flat-pack strategy
- Parametric pattern development (Grasshopper, Voronoi falloff logic)
- Iterative prototyping and pattern refinement
- Design for manufacturing and tooling coordination
- Cost analysis and margin optimization
- Variant strategy and product line expansion
Design Development
Snapshot
Year
2015
Status
In production; with variants
Client
Cosmocon Intl. Ltd., Hong Kong; OEM-Product
Role
Industrial Designer, Product Manager
