피규어 수작업 제작과정 연구 - 레진 복제과정의 효율성과 한계를 중심으로

Abstract

Figure production is done in a traditional molding work method. Until now, research on the production process of figures has been conducted, but there is not enough research on resin reproduction, thus raising the need for research on the process of resin reproduction. The purpose of this study is to analyze the production process of figures in three stages, and identify the characteristics, strengths and weaknesses of the resin reproduction process that appear through the production process of the researchers’ works. We also examine the limitations of the manual production method of figures and the discussion of the production method from a new perspective. As the research method, the concept of figures was examined through previous studies, figures were classified by shape, and the work process was subdivided into pre-production, production, and post-production stages with a focus on the researchers’ works. This allows us to analyze the traditional figure production process and identify the characteristics and association of resin materials. The results of the study are as follows. First, the materials and working methods differ depending on the characteristics and size of the figure. Second, there is a need to control the amount of oil, sufficient dough, importance of the shape of the side face, and overlapping surfacer work during molding work. Third, prevention of damage to the original form, prevention of damage caused by foreign substances are important in the stage of reproduction of the original form. Next, the results of the analysis of the resin reproduction process are as follows: First, although suitable for molding work, sculpy is sensitive to temperature, which causes a risk of cracks or damage. Second, the advantages of resin are solidity, details of expression, and high completeness, but there are disadvantages such as high cost of production process, inefficiency, and difficulty in reproducing. There is a need for a change of perspective to overcome the limitations of inefficient production time and cost. It is considered that future research will need to present a new method for digital production of figures applying 3D printing