Contemporary methods of industrial composite material production technology

Abstract Composite materials have emerged as a viable alternative to metals due to their lighter weight and superior mechanical properties; however, due to the trade-off between performance and cost, they have yet to gain widespread adoption. Despite environmental legislation constantly being updated, producers of various equipment and structures are hesitant to incorporate composite technologies into standard constructions and products, primarily for economic reasons. As a consequence, recent advancements in composite-producing processes have focused on the usage of carbon composites and automated robotics incorporation for ecologically conscious, stable, and affordable production. Therefore, it is essential to investigate current methodologies for industrial carbon composite material production and manufacturing processes to determine the most optimal composite production and implementation criteria.