Named the White Tower or Tor Alva, this impressive structure is hailed as the world’s tallest 3D-printed building. Designed by experts from ETH Zurich, it’s set to be assembled in Mulegns, a Swiss village. With input from Nova Fundaziun Origen, it will consist of a hundred columns supporting a remarkable performance space. The tower will be printed in sections, transported, and then put together in the remote Swiss Alps village.
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The White Tower, inspired by Baroque design, will stand at 100 meters tall. Supported by huge 3D-printed columns, it will feature five floors and a partly open facade. This facade, a lightweight membrane, can be removed to shield the tower’s interior from the elements. Visitors will enter the lower floors, where large columns create intimate spaces.
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The White Tower will boast a spiral staircase leading visitors to each floor, gradually opening up into a spacious hall at the top. This hall will serve as a venue for concerts and theater, seating up to 45 people with a stage included. After performances, the tower will be dismantled and relocated to another site.
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The 3D-printing of the tower will take about 900 hours, utilizing robotic printers to extrude a cement-like mixture layer by layer. These printed elements will form the basic structure of the tower, later assembled on-site to construct the White Tower.
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ETH Zurich’s Digital Building Technologies explained, “Custom software designs the entire tower structure precisely, sending data directly to the printing robots. This technology allows efficient production of unique, non-standard elements, which would be difficult with traditional methods. The tower will consist of 102 3D-printed columns, filled with concrete only where structurally needed, minimizing material use. This approach reduces waste since there’s no need for concrete formwork.”
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