Topological optimization of the beam X-axis printer Hercules

This paper presents an in-depth study of the strength and topological optimization of the Hercules 3D printer beam system. The study focuses on improving the structural integrity and performance of the beam, a critical component that enables the printing process. Using advanced computational techniques, including finite element analysis (FEA) and topological optimization algorithms, engineers aim to optimize the design, leading to improved printing efficiency and reliability. This article explores the value of strength calculations to identify stress concentrations, weaknesses and potential failure zones in the Hercules 3D printer beam system. In addition, the concept of topological optimization is explored to find the optimal material distribution within the beam, balancing strength and weight reduct ion to achieve superior performance.