Abstract
Many different polymeric materials are introduced fur the alternative solutions of electro-mechanical actuators. Although light weight and grate flexibility of the material deserves notable attention from enormous publications, few of the publication has discussed feasibility study for actual industrial applications. Most of the previous work demonstrated plain movement of the material without delineating any design concept that guarantees 'controllable action'. The present work introduces a noble design concept that provides controllable action and the concept is verified through a modeling and a simulation of the actuation method.
