ETH Zurich has launched the tallest 3D-printed tower, named Tor Alva, in the small Swiss village of Mulegns. This innovative structure, developed in collaboration with the Origen cultural foundation, showcases an intersection of architect Michael Hansmeyer's artistic vision and advanced engineering techniques. Originating from algorithmic design, the tower’s load-bearing formation is created by robotic arms depositing material layer by layer, eliminating traditional mold use. Its design, comprised of 32 sculpted columns, reflects organic shapes reminiscent of nature, aimed at revitalizing the cultural landscape of the region.
Instead of casting concrete in wooden or metal molds, this process involves robot arms that deposit the material layer by layer.
The entire structure, including its ornamentation and internal stability, was generated through algorithmic programming.
Tor Alva is made up of 32 elegantly sculpted white concrete columns that stretch upward, curving and folding like natural forms.
This picturesque alpine town now finds itself home to a futuristic structure that merges artistic expression with cutting-edge technology.
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