Take a close look at Zaha Hadid Architects' Thallus and you'll notice something atypical of a 3D-printed object. While many contemporary designs formed from additive manufacturing techniques can have quite complex-looking structures, it's a very different thing to consider the changing density of the looping latticework in this creation.
Further experiments in robotic-assisted design have made this elaborate ribbon-like meshwork possible, which blooms from a solid base into an intricate system of rounded voids. The material is actually a 7km long strip that's been wire-cut and pleated over and over itself into this ornate texture, uniquely bound together into bunches.
Thallus is a fascinating white form that demonstrates what innovation is progressing, with implications for structural design, art, and everything in between.
Organic Additive Manufacturing
ZHA's Thallus Sculpture Shows 3D Printing's Artistic Possibilities
Trend Themes
1. Robotic-assisted Design - The use of robotics in design processes allows for the creation of highly intricate and unique structures in a range of industries.
2. Organic Additive Manufacturing - The use of 3D printing in creating complex and aesthetically pleasing organic designs presents opportunities in the art and architecture industries.
3. Changing Density Structures - Innovations in changing density structures using additive manufacturing techniques offer potential for advancements in materials science and engineering applications.
Industry Implications
1. Architecture - Robotic-assisted design and organic additive manufacturing have the potential to revolutionize the way structures are designed and built.
2. Art - 3D printing and changing density structures offer new opportunities for artists to create unique and complex artwork.
3. Materials Science - Exploring the possibilities of changing density structures through 3D printing presents opportunities for advancements in materials science and engineering applications.