Review On Design and Analysis of 3D Printed Parts Developed Through Fusion of Composite Materials

Abstract

- This paper presents the development of a new composite material for use in injection molding machine. The material consists of iron powder filled in and to find out which type of composite material is best and to conduct tensile testing and fluctuation testing from a scientific point of view and to make a specimen and test it according to which type of composite material will give good 3D printing and find out the result and give a conclusion. FDM is one of the most widely used 3D printing technologies because of its reliability and simple process. FDM requires only a heating process to extrude the materials. Furthermore, FDM 3D printers have competitive prices when compared to other 3D printing machines. This is the primary reason why the FDM 3D printer is the most commercialized in the additive manufacturing industry today. Composites are becoming increasingly popular among business professionals as a way to provide high-quality materials for desired products, particularly in the aerospace and automotive industries, medical industries. Users can print lighter, stronger – sometimes even stronger than some metals – objects. The combination of two substances with different physical and chemical properties is called a compound. The most common materials for FDM 3D printing are Metal/Nylon, Metal/ABS and their various fusions. FDM printers can also print with other special materials with properties such as higher temperature, impact resistance, resistance and stiffness. In addition to commonly used materials, there are new and more effective materials that can be used in many combinations.