"Hikarigami explores the intersection of digital code and physical force, evolving a flat aluminum sheet into a volumetric luminaire composed of six formed panels."
"The lattice varies in density and geometry, guiding how the aluminum bends, resists, and ultimately refracts light, resulting in a porous, light-refracting surface."
"A robotic arm presses into the metal sheet with sub-millimeter precision, producing subtle variations that make every panel—and every projection of light—distinct."
Hikarigami combines traditional craft with robotic technology to transform flat aluminum sheets into dynamic light fixtures. The process involves laser-cutting a variable lattice pattern and shaping the material through robotic incremental forming. Each panel is uniquely formed, allowing for variations in density and geometry that influence light refraction. The robotic arm operates with high precision, creating distinct panels that serve as both diffusers and lenses, resulting in a unique interplay of structure, texture, and illumination.
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