A wood-printed mono-material bi-stable mechanism bowl
The Woodwave Bowl is crafed from a blend of wood fiber and PLA, utilizing 3D printing to achieve its distinctive design. It features a bistable structure, enabling it to transform from a flat piece to a bowl shape, demonstrating the potential for interactive and deformable wood-based products. This mono-material approach ensures the bowl is easily recyclable. Aliging with sustainablity goals. The design showcases the innovative use of 3D printing in creating functional, eco-friendly items.
Wood materials were utilized for testing the mono-material bi-stable mechanism. Parameters such as temperature, elasticity, and overhang were evaluated to inform further design improvements.
Temperature Test
Overhang Test
Elasticity Test
Overall Test
During the prototyping phase, the software Fusion360 is utilized to conduct a detailed analysis of the structure's deformation.
Simulation 1
Simulation 2
Simulation 3
The prototyping process involved extensive testing and refinement of various bi-stable structures, with over 100 iterations conducted to:
Prototype 1
Prototype 2
Prototype 3 and Final Design
Final Design and Future Design
The final Woodwave Bowl design combines sustainable materials with innovative bi-stable mechanics. The design achieves both functional and aesthetic goals while maintaining eco-friendly principles.
