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http://dx.doi.org/10.15207/JKCS.2021.12.3.141

A Study on the Case of 'Plaster Mold Casting' using 3D Printer - Focused on Ceramic Craft for Use  

Bang, Chang-Hyun (Department of Ceramic Art, Kyunghee University)
Publication Information
Journal of the Korea Convergence Society / v.12, no.3, 2021 , pp. 141-149 More about this Journal
Abstract
3D printers, which emerged in the late 20th century, have become a key part of the fourth industrial revolution in the 21st century. Although 3D printers, the key equipment of the maker movement and the starting point of the new cottage industry in the 21st century, still reveal the limitations of mass production with low output speed and limited filament materials, the use of 3D printers by ceramic craftsmen has recently increased exponentially. However, as part of a way to overcome the discord between craftsmanship and the new technology, which has been repeated over and over in the past in craft history, the study focused on the 'plaster mold casting' technique using 3D printers. Therefore, after analyzing casting techniques of Tony Hansen, Webe van Gansbeck, Jade Crompton, and Ryu Hee-do, the potters who actively developed gypsum techniques in the world's ceramic crafts field and applied them to their own designs, I tried to find the point of convergence between 3D printers and ceramic crafts by presenting examples of effective 3D modeling methods and optimal slip casting methods using 3D printers.
Keywords
Convergence; 3D Printer; Plaster Mold Casting; Ceramic Craft; Industrial Design;
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  • Reference
1 J. S. Hong(2016). A Study on The Production of Studio Pottery by a 3D Printer. The Korea Society of Art & Design, 19(2), 163.
2 C. Bum. (2017). Thinking Craft, Ahn Graphics, Seoul, 13.
3 J. K. Kim. (2019). The History of Bauhaus, Bauhaus, Ahn Graphics, Seoul, 51-56.
4 C. H. Bang. (2020). A Study on the dialectical convergence between craft and technology. Korea Society of Basic Design & Art, 21(5), 216.
5 A. Forty. (1992). Object of Desire, Thames and Hudson Limited, London, 35-36.
6 T. J. Horn & O. A. Harrysson. (2012). Overview of current additive manufacturing technologies and selected applications. Science Progress, 95(3), 258-259
7 I. Gibson, D. W. Rosen & B. Stucker. (2010). Additive Manufacturing Technologies: Rapid Prototyping to Direct Digital Manufacturing, New York: Springer, 5-13
8 C. H. Bang. (2020). Redefining the Allegory, Playfulness and Aura of Ceramic Art in the era of 3D Printing. Ceramics Art and Perception, 116, 87
9 Jonathan Keep. (2021.01.30.), [Online]. http://www.keep-art.co.uk/digitial_icebergs.html
10 J. H. Choi & W. S. Kim. (2019). Case study of ceramic design that combines 3D printing technology. Journal of digital convergence, 17(4), 315
11 Tony Hansen. (2020.10.07.). [Online]. https://www.instructables.com/lesson/Introduction-to-Mold-Making-Casting/
12 C. H. Bang. (2019). A Study on the "Media Narrative" of Contemporary Ceramic Art. Korea Society of Basic Design & Art, 20(6), 191.   DOI
13 H. Risatti. (2007), A Theory of Craft, The University of North Carolina Press, 20.
14 J. H. Kim. (2013). Metcalf and Divisionist Concept of 'Crafts', The Association of Aesthetics and Science of Art, 37, 181
15 H. D. Ryu. (2020.12.19.). [Online]. https://www.facebook.com/409231593142008/posts/416205985777902/
16 K. Triplett. (2000). Handbuilt Ceramics, Lark books, 42.
17 Wiebe Van Gansbeke. (2020.10.08.), [Online]. http://wiebevangansbeke.be/projects/doppio-mug/
18 Jade Crompton. (2020.11.9.). [Online]. jadecromptonceramics.blogspot.com
19 B. Leach. (1972). A potter's Book, Transatlantic Arts INC, 12.
20 J. H. Kim(2013). Metcalf and Divisionist Concept of 'Crafts', Aesthetics and Science of Art., 38, 191.
21 R. Sennet. (2008). The Craftsman, Yale University Press, 17
22 M. Chevalier. (1993). Neo-rural phenomena, Two decades of l'Espace geographique, an anthology. Special issue in English, 175