ORALEX works

While large-scale, freeform surfaces often stretch the limits of standard 3D printing equipment, the technology excels in producing discrete, highly customized units.

Drawing inspiration from ancient dry-stone polygonal masonry, this project leverages custom 3D-printed blocks to enhance structural stability while expanding geometric freedom.

By integrating robotic 3D printing with translucent PETG, the design redefines the interplay between form and material aesthetics—unlocking new architectural possibilities for structural transparency.

Sheet metal is a versatile architectural material widely used for applications ranging from facades and roofs to spatial cladding. Depending on its specific properties, external forces can plastically deform these two-dimensional planes into three-dimensional components with distinct folds and structural depth.