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Flexy
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Flexy - 3D Printed Reconfigurable Fabric Module Kit
2024.7
Yiqing Wang, Biru Cao
Digital Fabrication, 3D Print
In this project, we utilize 3D printing and TPU filament, which is flexible and durable, to create parts that can withstand bending and stretching without breaking. This makes it ideal for producing wearable components, flexible joints, and soft-touch elements. The computationally designed pattern and joints allow suitable connections, ensuring the flexibility and strength of the assemblies. The joints and apertures follow a modular system that is further enhanced by the choice of deformable material.
Modular Design
3D print modules
Implementing advanced lattice structures in the design phase can significantly reduce material usage by one-third while maintaining strength and flexibility. These structures can be customized to create lightweight and strong components, ideal for applications requiring high performance and adaptability. They also improve the durability, elasticity, and surface finish of the printed objects.
The toolkit design can be easily extended with more capacity based on customers' needs. For the traveling packaging kit, the sizes are customized to adapt to the required scales. Different composition and connection conditions can fit a variety of daily uses. With more pieces, users can build more possibilities and scale up to make their own innovations.
Combination tests
Collections
Crafted from deformable 3D-printed TPU material, Flexy offers endless assembly possibilities. By buckling the joints, users can transform pixel modules into various items such as vessels, mats, bags, lamps, and wearables.
Crafts made from modular prints
A pouch
A basket
A lamp shade
Rendering of a lamp shade
Contents