This master thesis deals with the development of the concept of a machine for shredding harvesting plant leftovers, thus combining mechanical engineering and agriculture. The motivation for the work comes from the need for an efficient and adaptable machine for small farmers, considering that the existing machines on the market are often not available due to their high prices, nor are they suitable due to the fact that their large dimensions require a large pulling power of tractors, which often small farmers do not have at their disposal. The development of three versions of the machine is presented, where the first version represents the basic concept with possibilities for improvement, the second version includes improvements and a more sophisticated design, while the third version shows possible additional refinements. Each version is described in detail with an emphasis on structural elements and functionalities. Furthermore, the development process of the machine is described, which includes initial thoughts and ideas, then elaboration in a 2D environment (AutoCAD) and finally documentation and modeling in a 3D environment (SolidWorks). Also, the application of new technologies related to augmented reality (AR), virtual reality (VR), mixed reality (MR) and hologram technologies was investigated, with a special emphasis on the use of eDrawings tool for machine presentation.