QWIK Lamp by Gerad Zanoni Merges Walnut Dowels with 3D-Printed ABS Joints
Gerad Zanoni has created the QWIK, a 3D printed industrial floor lamp that features walnut dowels paired with custom ABS plastic components. This design establishes visual rhythm through a clear structural hierarchy, with modular grids that align the various parts. The joints maintain compositional tension, with white ABS connections marking each corner. These features secure the dark wood frames while keeping the structural joints exposed, emphasizing the straightforward construction technique. The tactile contrast enhances material expression, as the stained dark walnut dowels provide rich organic textures against the smooth white plastic. Adhering to a disciplined color palette, Zanoni’s work reflects classic modernist design principles, utilizing desktop fabrication to foster new structural possibilities. This approach merges home production with industrial standards, enabling designers to oversee the entire manufacturing process and signaling a future of localized fabrication.
Key facts
- Gerad Zanoni designed the QWIK 3D printed lamp.
- The lamp merges walnut dowels with custom ABS plastic hardware.
- White ABS connections define each corner of the lamp.
- Structural junctions remain completely visible to highlight honest construction.
- The color palette is highly disciplined, with dark walnut and white plastic.
- Zanoni builds on classic modernist design principles.
- Desktop fabrication enables new structural freedom.
- The project points to a localized fabrication future.
Entities
Artists
- Gerad Zanoni