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Khyzhynskyi, Volodymyr; Lampeka, Mykola; Strilets, Valerii
Ìstorìâ nauki ì tehnìki (Kiïv. Online), 6/2024, Volume: 14, Issue: 1Journal Article
The article is devoted to the study of the history of the emergence and development of additive technologies in world artistic ceramics. The article analyzes information on the history of the emergence of additive technologies. The principle of operation of 3D printing equipment, features of its use, the most common areas of use and materials used in 3D printing have been considered. An analysis of the specifics of the technical characteristics of 3D printers and technologies for 3D printing with ceramic masses has been shown that the use of ceramic materials as raw materials for 3D printing is a progressive trend due to the emergence of the possibility of forming ceramic objects and products that are practically indestructible reproduction and replication using traditional methods. In this article, the authors have been analyzed the advantages and disadvantages of manufacturing ceramic products by 3D printing. It has been established that the main difference between the production of three-dimensional plastic or metal elements and ceramic elements is the main feature of the ceramic manufacturing technology, namely that the printout is not a ceramic product before firing in the oven, that is, without firing, it is simply an element printed from clay materials (that is, such a printout before firing is called the "green part" – an unprocessed element). Currently, there are no 3D printers that can immediately produce ready-made ceramic products, all elements printed from ceramic materials require drying and firing. But, despite this nuance, printers that print with clay materials are called ceramic 3D printers. As 3D printing can accurately realize the creative thinking of artists and designers, 3D printing technology is increasingly used in the creation of ceramic products and contemporary ceramic works. The authors of the article emphasize that three-dimensional printing with clay provides ceramists with completely new opportunities for creating ceramic products with a complex configuration, texture, etc. Ceramic artists from all over the world are already actively using this technology in their work. Therefore, part of the study is devoted to examples of the use of 3D printing technology in world artistic ceramics, as well as to the description and analysis of the most interesting achievements in this direction of creativity, according to the authors.
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