While 3D printing of ceramics is becoming increasingly available, it has not yet been widely applied on an architectural scale. Studio RAP's New Delft Blue project was their first proposal using this new material. The 3D printing process offers new opportunities but also comes with significant constraints. Fast printing times can limit detailed cornering of the prints, prompting the introduction of crossing print paths to achieve more defined shapes.
During firing, the glazing liquefies and flows down from the object. To emphasize the topology of the tiles, we fired them upside-down, allowing the glaze to flow into the valleys of the prints and highlight their shapes. The glaze is applied evenly, collecting naturally in the recesses. Additionally, the mounting system is 3D printed directly onto the backs of the tiles.
Project name_ Delft Blue 3D ceramic printing
Project by_ Studio RAP Rotterdam
Scope_ Proof of concept
Parametric tools_ Grasshopper + Slicing tools
Fabrication_ KUKA 6-axis robot 3d-ceramic-printer
Date_ December 2018
Location_ Studio RAP Rotterdam The Netherlands
Project by_ Studio RAP Rotterdam
Scope_ Proof of concept
Parametric tools_ Grasshopper + Slicing tools
Fabrication_ KUKA 6-axis robot 3d-ceramic-printer
Date_ December 2018
Location_ Studio RAP Rotterdam The Netherlands