3D Printed Ceramic Tiles Bring New Delft Blue to Life
3D printed ceramic tiles turn digital designs into physical clay reliefs, creating architectural surfaces with depth, texture and individually varied forms. At New Delft Blue in Delft, the Netherlands, approximately 3,000 unique tiles wrap two monumental entrance archways in flowing blue patterns. The project shows how computational design and ceramic glaze can give a building a distinctive identity rooted in its location.
In this MIOLISM feature, we look closely at the arches, the tiles and the making process, exploring what they reveal about the possibilities of bespoke architectural ceramics.
Sculptural blue ceramics frame the staircase at New Delft Blue.
New Delft Blue at a glance
| Project Detail | Description |
| Project | New Delft Blue |
| Location | PoortMeesters residential development, Nieuw Delft, the Netherlands |
| Completion | 2023 |
| Architectural Feature | Two ceramic-lined entrance archways |
| Approximate dimensions of each archway | 4 meters wide, 8 meters high and 12 meters deep |
| Ceramic Surface | Approximately 3,000 unique 3D printed tiles across both archways |
The archways connect the public street with a shared residential courtyard. Their scale makes them visible within the brick façades, while their depth creates an immersive transition for people passing through. Walking beneath the ceramic ceiling reveals changes in the pattern that are difficult to appreciate from a single viewpoint.
The ceramic lining turns an entrance into a frame for everyday life beyond it.
From Delft Blue pottery to an architectural surface
The design draws on the composition of traditional Delft Blue plates: a decorative border surrounds a central scene. At the scale of a building, the courtyard becomes that scene and the archway becomes its three-dimensional frame.
Nature-inspired patterns travel across the walls and overhead surface. The blue colour connects the installation to Delft’s ceramic tradition and surrounding canals, while the pale brickwork gives the relief a clear visual setting.
Seen from a distance, the arch reads as a single blue surface. Up close, the individual tiles reveal branching ridges, shallow valleys and fine lines from the printing process. These different scales of detail reward both a passing glance and slower inspection.
The contrast between glossy ceramic and pale brick emphasises the entrance.
How the 3D printed ceramic tiles are made
Ceramic 3D printing builds a clay form in successive layers along a digitally defined path. In the supplied workshop photographs, a robotic arm and extrusion head work with hollow, sculpted tile forms. The visible layers become part of the finished surface’s character.
For New Delft Blue, the supplied project account describes tiles measuring approximately 30 × 40 × 7 centimetres, with a printing time of around 15 minutes per tile. That figure refers to printing alone; it does not include drying, glazing, firing or preparation for installation.
A successful digital model must also account for how clay behaves. The project’s design process considered overhangs, overall dimensions, shrinkage and internal support. These constraints influence which forms can be printed and how they will fit together after firing.
This relationship between design and fabrication is particularly useful for a surface made from varied components. Each tile can have its own geometry while contributing to the larger pattern across the archway.
From clay extrusion to glazed components and protective packing.
Why the blue glaze changes across the relief
The colour variation comes from the interaction between glaze and shape. A transparent, flowing blue glaze appears lighter over raised areas and gathers more deeply in recesses. Across the sculpted surface, this produces a progression from pale blue highlights to dark blue pools.
Light adds another layer of variation. Curves catch reflections, deeper folds create shadow and the direction of view changes which parts appear brightest. The surface therefore has a visual depth that depends on its physical form.
For designers considering textured ceramic wall tiles, this is an essential sampling question: how will the chosen glaze behave on the actual relief? A flat colour sample cannot fully show what happens at a ridge, a fold or a deep recess.
Raised forms catch the light while blue glaze gathers in the recessed areas.
Fine printed layers remain visible beneath the glaze.
Individual tiles become a continuous architectural pattern
The installation balances variation with order. Horizontal joints make the component layout legible, while the relief carries the eye across neighbouring pieces. At the edges, quieter border tiles give the patterned field a defined finish.
The supplied photographs also show the hollow construction of individual components and their separation in protective crates. A project of this kind involves more than choosing a colour and ordering an area of tile. Component geometry, placement and handling all contribute to the final result.
For a bespoke ceramic feature, early discussions should establish the overall surface, its transitions and its viewing distance. A sample that looks compelling on a table must also work as part of a larger composition.
Border pieces and aligned joints give the varied relief a consistent architectural edge.
The design connects the scale of the building with the detail of an individual tile.
Exploring bespoke architectural ceramics with MIOLISM
The project offers a useful starting point for conversations about expressive ceramic surfaces. Sculpted tiles can give an entrance a clear identity, add depth to a feature wall or create a close connection between a material and its architectural setting.
At MIOLISM, our bespoke handcrafted artisan tile collection is a starting point for exploring characterful ceramic finishes. If you are developing a custom surface, share your drawings, reference images and preferred colour with us so we can discuss the direction of your enquiry.
Useful information includes the proposed application, dimensions, approximate quantity, project location and target programme. For a sculptural or overhead installation, the supporting system and installation requirements should be considered alongside the ceramic design. Availability, production method and technical suitability need to be established for each proposal.
Repeated ceramic components form a continuous surface alongside the stairs.
Frequently asked questions
What are 3D printed ceramic tiles?
3D printed ceramic tiles are ceramic components formed by depositing clay in layers from a digital design. The process can produce raised patterns and varied geometries, with glazing and firing creating the finished ceramic surface.
How many tiles are used at New Delft Blue?
Approximately 3,000 unique 3D printed ceramic tiles cover the two entrance archways at the PoortMeesters development in Delft, the Netherlands.
Why do the tiles have different shades of blue?
The transparent blue glaze behaves differently across raised and recessed areas. It appears lighter over projecting forms and pools more deeply in the valleys, while reflections and shadows add further variation.
Are 3D printed ceramic tiles the same as tiles with a printed pattern?
No. Ceramic 3D printing forms the physical clay body in layers. A printed surface pattern applies an image or decoration to a tile; it does not, by itself, create the same sculpted clay geometry.
Can a similar ceramic treatment be used on another project?
A related design direction can be explored, but the form, glaze, production approach and installation system must be developed for the proposed application. The dimensions and printing time described here are project details, not a standard specification or delivery promise.
How do I discuss a custom ceramic feature with MIOLISM?
Send MIOLISM your reference images or drawings, intended application, dimensions, quantity, project location and preferred timing. These details provide a practical starting point for discussing materials and next steps.
Discuss your ceramic project
A ceramic feature can begin with a colour, a texture or a shape that deserves closer exploration. Contact MIOLISM to discuss your ideas, or browse our artisan tile collection for material inspiration.