The need for newer and more efficient cutting procedures for large sheet materials has stimulated the development of new technologies. Some of the procedures are just a natural evolution of already existing technologies, while others have been specially developed for the purpose of cutting sheet materials. In this final paper, the most popular cutting procedures for large plate materials will be described. By describing the construction and operation of the machines, the most important differences in the cutting procedures themselves will be shown. The cutting mechanisms of each procedure are completely different, and therefore each of them has big differences in terms of performance. For each cutting process, the materials and their maximum thickness that can be cut will be listed. The dimensional accuracy of the workpiece and the quality of the processed surface are one of the most important factors in the production of finished products without further processing. The detailed elaboration of these technologies for cutting large sheet materials gives a special insight into their advantages and disadvantages compared to each other.