Dyopton

Images, projected through solid acrylic

A computationally designed acrylic surface that transforms light into precise patterns. Only using the shape of a single surface.

Modified LED light

In this demonstration, a standard 10mm red LED has been modified by milling the lens surface with our computed freeform geometry. This results in the LED projecting a custom pattern by redistributing the light as it passes through the lens surface.

Red LED projecting custom pattern

Flame Lens

Here we milled a hexagonal piece of acrylic so when sunlicht passes through, it projects a flame pattern onto the wall.

Flame pattern projection

Algorithmic design

Surface geometry is computed from an arbitrary image.

Precision fabrication

Manufactured as a single acrylic component.

Hidden design

The pattern on the acrylic surface is invisible until light passes through it.