Abstract
The Unidad Profesional Interdisciplinaria de Ingeniería Campus Guanajuato is the institution where this project will be carried out, specifically in the Conventional Machinery Workshop located in the Pesados 1 building. The UPIIG belongs to the educational sector and its objective is to train competent professionals with integral preparation and specific competencies in the handling of tools and procedures involved in manufacturing. Therefore, this project proposes the design of a tooling for the milling machine that allows centering and facilitates the handling of parts during assembly. On the other hand, the tooling will have four jaws that improve the stability of the part when it is under stress during the manufacturing process. In this article, the 3D models of the tool and the details of each component of the tool are developed using CAD and FEM software. The simulation results show the behavior of the mechanical stability of the tool when it is subjected to axial load during its use considering two different materials: tool steel and A-36 tempered.
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