In the introductory part of the master thesis, a critical review was conducted on the possibilities of applying bending, deep drawing, and punching production technologies for the given product. The advantages and disadvantages of each of these technologies were analyzed, as well as their application in the production process. The second part is based on the description of possible applicable technologies for the given product. The production process requires precise and reliable tools that will enable high quality and accuracy of the product, as well as increase the productivity of the production process. When selecting technologies, the optimum of the aforementioned tool and product requirements is sought. The third part of the thesis will present the calculation of forces, moments, stresses, and deformations that act on the tool and the workpiece in the production process itself. Using appropriate tools and methods, the calculated parameters that are crucial for the design and construction of the tool will be determined. The fourth part of the thesis is dedicated to the construction of the tool. The process of designing the tool, selecting materials, and construction solutions is presented. The fifth part of the thesis describes the production of technical documentation, which covers the design of the tool and the chosen production process and product quality control. In the conclusion of the thesis, the main knowledge gained through research and analysis of the production process and the design and manufacture of the tool is summarized. The application of research results in the industry and the possibilities for further development of this area are also discussed.