CONTROL ALGORITHM OF AUTOMATED STAMPING BY ROLLING OF THE CONTROL SYSTEM OF THE ELECTROMECHANICAL DRIVE OF THE VERTICAL DRILLING MACHINE

The control algorithm of automated stamping by rolling of the control system of the electromechanical drive of the vertical drilling machine is relevant in modern conditions due to the rapid development of production automation technologies. Electromechanical drives allow for high precision and productivity in processing materials by pressure, and control systems make the rolling stamping process more efficient and less expensive by optimizing speed and movement angles. SHO, in turn, allows you to create complex geometric shapes of high-quality parts. Research in the field of development of control algorithms is important for improving the processes of manufacturing parts, increasing productivity and reducing production costs. The urgency of the work is to find optimal solutions for automated vertical drilling machines, which will improve the quality of production and the competitiveness of enterprises on the market. This scientific article examines the control algorithm of the automated SHO control system of the electromechanical drive of a vertical drilling machine. An overview of the principles of the machine and the main stages of the SHO process is given. The proposed algorithm is based on the use of a control system that ensures accuracy and stability of the process. An analysis of the efficiency of the algorithm in practice was carried out, the advantages and disadvantages of using this control system were determined. The results of research indicate an increase in the productivity and quality of processing parts due to the implementation of this algorithm. Automated SHO systems can be widely used in mechanical engineering for the manufacture of complex shaped parts. The reliability of these systems is a key factor that determines their efficiency and cost-effectiveness. The development of devices for automatically changing the equipment of the stamping and rolling complex arises with the aim of increasing the efficiency and automation of production processes in industry. Roll stamping is an important technology for the production of metal parts, but the process of changing equipment (such as tools or dies) can be time and resource intensive. The obtained results can be useful for productions using automated rolling stamping systems. They will make it possible to increase the efficiency of the production process, reduce material costs, and also ensure stable and uninterrupted production.