3D printing has emerged as high-tech media technology that can lead the Fourth Industrial Revolution. In fact, it has had considerable growth in the manufacturing business, primarily in the prototyping market. Considering these aspects, this study attempted to add 3D printing technology to eye objet. Using FDM 3D printing, a test designed for the development of eye objet was performed. Based on the test results needed for stable output, the lines and planes of eye objet were utilized. Then, 3D outputs by line thickness were compared, and 3D printing by texture was expressed through the development of the work. The results found the following: First, according to a test on line thickness, ‘0.4 mm (double layered, 0.2 mm each)’ was most suitable. Second, in terms of plane thickness, ‘1.7 mm’ was the best in expressing plane texture on support 30. In eye objet, therefore, it is necessary to improve the long processing time and complicated process for 3D printing. The time from 3D programming to the output of the eye objet is reduced up to less than one (1) hour, making it possible to create more elaborate work. Furthermore, it is a good process for the creation of eye objet, enabling output at a relatively low weight (up to 3 g).