This research paper focuses on the use of additive manufacturing techniques to create T700 carbon fiber composites using epoxy resin. Additive manufacturing has emerged as a promising method for fabricating various materials, including composites. The study aims to investigate the feasibility and effectiveness of using additive manufacturing techniques to produce T700 continuous carbon fiber composites using infused fiber. This technology has shown great potential in the field of composite materials, as it allows for the precise control of fiber alignment and resin distribution, resulting in enhanced mechanical properties and improved performance of the composites. Here we report the effect of different manufacturing parameters, such as laying technique, on the final properties of the composites manufactured using 3D printing. The study will examine the microstructure and mechanical properties of the manufactured composites through various characterization techniques, such as scanning electron microscopy and mechanical testing. By considering the variability in the properties of T700 carbon/epoxy composites fabricated by different researchers, this research paper aims to provide a comprehensive analysis of the mechanical properties of T700 carbon fiber composites. This process development will contribute to the understanding of the potential applications and limitations of additive manufacturing for continuous carbon fiber composites. Moreover, the findings of this research could provide valuable insights for industries looking to incorporate carbon fiber composites into their products, as well as inform future research and development in the field of additive manufacturing of continuous carbon fiber composites.