The purpose of this study is to investigate 3D printing technology and the traditional forming technique of Jun porcelain, with a view to exploring how 3D printers can be integrated into its original mold system through modernization instead of enhancing production efficiency at the manufacturing level while preserving the essence of authenticity in tradition. This study investigates the synergy of digital modeling and manual production with a novel design methodology balancing both tradition and innovation through literature review, case analysis, as well as experimental validation. An historical overview of Jun porcelain and traditional shaping prescribed by distinctive manual throwing and carving technologies The paper additionally highlights the advantages of 3D printing technology in ceramics: The advantages of 3D printing technology in ceramics include high-accuracy digital modeling, the ability to realize complex shapes, and the use of new materials. The findings indicate that 3D printing technology and traditional craftsmanship can enhance production efficiency without compromising artistic value. Additionally, digital design and rapid prototyping technology offer more efficient processes for the production of Jun porcelain, resulting in significant time and cost savings. This article also explores the preservation of Jun porcelain's cultural characteristics and artistic value through the application of modern technology. These results demonstrated the potential application of 3D printing technology in the molding of Jun porcelain, and they provided programmatic guidance for its innovation in unconventional expression forms.
Huasheng et al. (Tue,) studied this question.