Product life cycle management is becoming indispensible in the process of developing new products, covering marketing research, design, analysis, mass production. More importantly, the analysis before the actual manufacturing can determine the success of a new product. For example, the analysis of injection molding products includes molding process analysis and structural analysis. Traditional CAE analyses do not consider the molding properties influence on structural analysis and therefore ignore the process-induced effects on products. On the other hand, mold design and process parameters determine the microstructure distribution of the products made with fiber reinforced plastics or microcellular foaming. For instance, gate locations and injection velocity will affect the distribution and orientation of fibers; gate locations and counter pressure will influence the distribution and density of microcellular foaming. If these effects on microstructure are not taken into consideration, it is impossible to make accurate predictions and therefore fail to achieve the purpose of product life cycle management.