The hypothesis is the competitiveness of the application of Fusion 360 software technology in the construction of a metal cabinet by deformation technology procedures. The subject of the research are metal cabinets that are produced and sold in free trade. Such cabinets are mostly composed of flat sheets of sheet metal and joined into the final product cabinet with drawers. The problem of the research is to select the initial sheet and deformation procedures that will contribute to the formation of the final product in the required tolerances. Due to different operating conditions and the behavior of metals that may have different properties, it is necessary to first calculate and simulate the fabrication in software solutions. The selected Fusion 360 software offers the ability to design individual parts and the final visualization of the product. Once constructed in the Fusion 360 software solution, stacking in the Deepnest.io nesting software will be approached to optimize material utilization. The technology that is increasingly used in the manufacturing industry is CAD technology that allows engineers to transform from the very appearance of the product to its production. It is almost impossible to imagine that the development of models, whether two-dimensional or three-dimensional, the calculation of stress forces and deformation forces is performed outside the framework of simulation programs. This paper primarily represents the use of CAD program to make and more easily present a model of a metal cabinet that can be modified as desired, and make a static test ("Stress test") which can determine the real load capacity of each drawer, but also the total load capacity of the metal cabinet. . The work includes the complete technology of making cabinets, starting from the idea, to making a model using CAD tools, and in this case it is the Fusion 360 program.