gcode plates
3d printed tableware forms
gcode plate #4, 2025. 3d printed stoneware and glaze
printing gcode plate #3 on a pre-printed clay mold
3d printed clay objects are typically built up layer after layer, on a flat, level surface. Printing forms that have no flat surfaces is a seemingly benign detail, but it vastly complicates the making processes in soft clay, and subverts a rather ubiquitous characteristic of ceramic objects. Humans have been constructing objects from clay for 20,000+ years, and yet new technologies can upend this experience in a moment and reintroduce the most fundamental questions anew.
gcode plate #3, 2025. 3d printed glazed stoneware
test object for gcode plate series
connector (Black Radiant Node)
2025
3d printed & glazed stoneware, maple and permanent marker
this series of objects was assembled of (semi) standardized parts and 3d printed clay connectors.
In order to print these irregular ceramic objects, a clay specific support material was developed. This calcium based substance can be printed with the parts and will desolve away after the firing process. This supporting process is what allowed printing forms that do not have a flat bottom, as most clay 3d prints do.
black radiant node after 3d printing. the thin layer of light-colored disolvable support material is visible between the object and it’s supports.
untitled (white knot)
2025
3d printed & glazed stoneware, aluminium and TPU
Proceedural modeling via Grasshopper was used in these objects to generate structurally-sound and 3d-printable connector forms.
red node for Network1
2022
3d printed & glazed porcelain
untitled (Network1)
2022
3d printed & glazed porcelain, oak and poplar
