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Serendix and the University of Tokyo completed structural experiments on 3D-printed mortar components to move from non-structural formwork to self-supporting status.
Technology
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Serendix and the University of Tokyo completed structural experiments on 3D-printed mortar components to move from non-structural formwork to self-supporting status.

Serendix
Serendix

Hardware

Originally reported by SEKAPRI

Serendix and the University of Tokyo completed structural experiments on 3D-printed mortar components to move from non-structural formwork to self-supporting status. Scientific results confirmed stable load-bearing performance even after cracking, providing the foundation for Ministerial certification by 2027. This shift allows the printed material itself to serve as the structure, eliminating traditional RC reinforcement and lowering costs. Standardizing this data is key to scaling 3D-printed housing in seismic regions. 🏗️🏠 #3DPrinting #Construction #Serendix #AM #Innovation

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How This Connects

3 related events
  1. Company story

    Serendix to launch sales of 3D printed homes compliant with Japanese building standards in January 2026.

  2. This article

    Serendix and the University of Tokyo completed structural experiments on 3D-printed mortar components to move from non-structural formwork to self-supporting status.

  3. Company story

    Japan officially approved its first two-story 3D printed home, a 50-square-meter structure by Kizuki and Serendix that meets the strict 1981 New Anti-seismic Structure Standard.

  4. Company story

    Serendix has launched 3D printed housing kits for 3.3 million JPY, decentralizing construction to address labor shortages.