Exploring Materiality and Texture in 3D Printed Ceramics: A Fine and Applied Arts Intervention

Project Abstract

This study investigates the interwoven relationships between materiality, texture, and process in 3D printed ceramics to expand the expressive potential of Fine and Applied Arts practice. It examines how digital design languages and additive manufacturing techniques can be leveraged to craft tactile and visually dynamic ceramic works that challenge conventional notions of ceramic surface, weight, and gesture. The research adopts a practice-led, phenomenological framework that situates making, seeing, and sensing as integral to the formation of meaning in contemporary craft. Through iterative cycles of ideation, digital modeling, material experimentation, and fired outcomes, the project interrogates how varying parameters—layer orientation, print resolution, glaze chemistry, post-processing textures, and firing regimes—affect the perceptual qualities of surfaces, such as light reflection, microtopography, porosity, and color interaction. A core aim is to articulate a vocabulary of material behaviors in 3D printed ceramics, bridging the gap between digital fabrication and artisanal tactility. The methodology combines hands-on prototyping with analytical characterization, including microscopic texture analysis, profilometry, and spectrophotometric color measurement, to establish a correlation between digital instruction, print physics, and material response. The study also engages with sustainability considerations by evaluating energy use, waste generation, and the potential for recycled or upcycled ceramic powders within the feedstock. Ethnographic-informed studio practice is employed to capture practitioner perspectives on authorship, authorship attribution, and the evolving role of the artisan in a landscape increasingly mediated by machine processes. In addition, the research investigates how iterative surface treatments—such as slip trailing, slip casting overlays, post-print carving, and reactive glaze applications—can be integrated with 3D printed forms to produce hybrid textures that resist uniform digital precision while retaining the advantages of additive accuracy. The final corpus comprises a series of installation-ready objects and time-based works that juxtapose planar and volumetric textures, exploring light interaction, shadow play, and viewer engagement from multiple vantage points. The study contributes theoretical insight into material agency, where the material itself informs the design decisions and outcomes, rather than merely executing a predesigned form. It further offers practical guidelines for artists and designers on selecting printer settings, ceramic formulations, and finishing protocols to achieve intentional tactile experiences. By documenting methodological decisions, success criteria, and responsive strategies to unforeseen material behavior, the project creates a transferable framework for future explorations into textured ceramics in the digital fabrication era. Ultimately, the research seeks to enrich the discourse on materiality in contemporary craft, presenting 3D printed ceramics as a versatile medium capable of nuanced surface dialogue, expressive gesture, and meaningful human–material interaction.

Project Overview

What This Project Is About

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A practical exploration of how 3D-printed ceramics can look and feel different by changing the material mix, surface finishes, and printing methods. The project investigates how form, texture, and material choices influence the viewer’s experience and the piece’s function as an artwork or object.

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The Problem It Addresses

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Ceramics typically rely on traditional hand-building or wheel-throwing skills and glaze work. 3D printing offers new possibilities but can lead to flat surfaces or unfamiliar textures. This project asks how to create rich, varied tactile surfaces and meaningful material meanings in digitally produced ceramic works, filling a gap between digital fabrication and tactile quality.

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Objectives of the Project

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1. To compare different 3D printing materials and finishes for ceramic-like surfaces.
2. To develop a vocabulary of textures that can be produced through digital and post-print processes.
3. To create a small series of ceramic objects with intentional material and surface choices.
4. To document how texture affects perception, use, and value in ceramic works.

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What You Will Do Step by Step

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1. Research existing 3D-printed ceramic works and texture techniques.
2. Design a minimal set of forms suitable for 3D printing.
3. Print test samples using different materials and settings.
4. Apply surface treatments (glazes, slips, or sanding) to develop textures.
5. Evaluate tactile and visual responses through quick user feedback.
6. Document results with notes and photos, then analyze patterns.
7. Refine selected pieces and assemble a small final presentation.

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Expected Outcome

A coherent set of 3D-printed ceramic objects that demonstrate varied textures and materials, with a short rationale explaining how texture changes perception and use. The work will offer practical methods for designers and artists to blend digital fabrication with tactile craft.