Process Analysis of Seamless Adhesion for Cutting Model Printed by Color Paper-Based 3D Printing

Cutting-Bonding Frame is an effective visualization strategy for solving the large-size color 3D models in cultural creativity field using the color paper-based 3D printing. Under this strategy, the printing quality of current paper-based 3D printing technology is urged to explore and optimize. Given two evaluation indicators including adhesive strength and smoothness of junctions, the effects of cutting angles, adhesive brands and bonding temperatures on printing quality of current color paper-based 3D printed models were analyzed specifically by using the printed banana scaling models. According to the results, the negative impact was shown for the bonding strength on cutting angle variables, and the selected four kinds of non-genuine adhesives indicated the practical bonding strength ability. At last, the plant starch glue, as an low-cost alternative to replace the original adhesive, was sensitive to bonding temperature and also was found a negative correlation among short range.