TPU-Flexible

These are 3D-printed accessories using premium TPU 95A filament, offering excellent flexibility, durability, and water resistance features

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Made with flexible Tpu

Redefine flexibility and strength with our 3D printed composition bookcase, crafted from premium TPU 95A. Unlike traditional rigid shelves, this innovative design blends elasticity with resilience, offering a unique balance between durability and adaptability. Perfect for holding your books, accessories, or everyday essentials, its lightweight yet sturdy structure makes it both functional and futuristic. A statement piece born from technology and creativity—this isn’t just storage, it’s design that moves with you.

Flexibility and Durability

Made with flexible tpu


Step into the future of design with our collection of bags, wallets, and bookcases—all 3D printed with TPU 95A. This advanced material combines flexibility, strength, and durability, giving every piece a modern edge while staying practical for everyday use. Imagine a wallet that bends but never breaks, a bag that’s as stylish as it is resilient, or a bookcase that’s lightweight yet sturdy. Each product is a perfect fusion of technology and lifestyle, crafted to show how innovation can reshape the objects we use every day.

Product details

Nomad Pasport

The Nomad Passport Bookcase is crafted for travelers, offering secure protection for passport books. Inspired by the concept of "nomad," symbolizing movement and exploration, the design embodies the spirit of mobility. The cover features a unique pattern, drawn from tribal symbols, representing the idea of journey and wanderlust.

The case is 3D-printed using premium TPU 95A filament, offering excellent flexibility, durability, and water resistance. It securely holds up to four cards while protecting your passport book. Featuring a slim, stylish design, it combines functionality with modern fashion.

Size: 5.5 inch x 3.7 inchX 0.2 inch

Voronoi handbag

Voronoi pattern (or Voronoi diagram) is a mathematical way of dividing space into regions based on distance to a set of points. The result is an organic, cell-like structure that appears naturally and has inspired countless applications in science, engineering, and design.

In nature, Voronoi patterns are everywhere: the patches on a giraffe’s skin,, the arrangement of kernels on a corn cob, the cells of a leaf, the segments of a garlic bulb, the intricate structure of dragonfly wings, and more.

What makes these patterns fascinating is not just their beauty, but their efficiency. Nature rarely creates forms that serve only one purpose. Instead, structures often have multifunctionality — performing several roles at once with minimal waste of energy and resources.

FAQs

Please read our FAQs page to find out more.

Frequently asked question

Where can I find the chemical used to weld the tpu plastic together?

Frequently asked question

Where do you get the raw materials from?

Frequently asked question

How long did it take to print the bag?

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