 This research proposes a novel approach to aid breast fat regeneration by developing a shape-fitting moldable membrane that can hold the breast in place while it moves. This membrane consists of a panel of honeycomb structures which efficiently handle motion stress throughout the entire membrane. Additionally, a strut is added into each honeycomb in a direction perpendicular to gravity, which helps to reduce the risk of stress concentration and deformity when the breast lies or stands. Finally, thermal response of moldable elastomers are used to provide structural holding and support by reducing large deviations of movement that occurs sporadically. This article was authored by Heisi and Kim, Jong-un Park, Hyun-soo Ha, and others.