Companies are using additive manufacturing to build prototypes at a rapid pace compared to other design methods and its application areas range from automotive, medicines, special engineering, lifestyle and tool making (Harris). Without compromising Thanks to this technology and its advantages, it has been demonstrated that additive manufacturing can be further improved, particularly with regard to the materials used and its speed. The Royal Academy of Engineering (2013) highlighted the need to find better materials that can be used for additive manufacturing. The existence of machines that process metals using powder to create objects, a process known as sintering, has proven useful and efficient for industrial users. However, even though Scalmalloy, a new metal alloy used in additive manufacturing, has both satisfied and fulfilled the needs of manufacturers, further research and intense polymer development should be conducted and achieved. Materials currently in use have been identified as producing UV resins that are toxic in nature, making these materials a critical issue that must be addressed. Additionally, regarding the speed of AM, it has been established that we need a new creation of machines capable of working much faster than current ones which often use injection molding. This is important because existing additive manufacturing is not up to par with current technologies. Common classes of materials currently used by additive manufacturing include plastics and industrial metals like nickel, steel, and aluminum. These materials have not failed to provide the desired results, however, they have been marked by several disadvantages, including the high cost of materials, the fact that they are labor intensive, and perhaps the main disadvantage being the consumption of paper. ......sales process and they apply a combination of technologies used in manufacturing to make the software integration process conventional and easy to achieve adaptability and high flexibility of AM machines during production processes. The processes also aim to meet customer requirements for design and manufacturing and increase speed, quality and value-added network for competence and transparency of the entire process. In conclusion, through the application and use of additive manufacturing, there will be a realization of -requiring manufacturing whose volume has improved due to the increase in the production volume of additive manufacturing machines at reduced production or manufacturing cost. The products are also of improved quality and minimum possible delivery time compared to other tooling jobs. This will result in a revolutionized manufacturing industry.