APPROACH TO REDUCING THE NUMBER OF TECHNOLOGICAL TRANSITIONS IN THE PRODUCTION OF BENT PROFILES

Abstract

The article provides a generalized overview of approaches to reducing the number of technological transitions when reducing the production of bent profiles. In particular, various methods of producing bent profiles are considered, taking into account the requirements for the final product. The calculation of calibration of the production of trough profiles according to two calibration schemes has been developed. This calculation allows for an efficient production process of bent profiles and helps to reduce the number of technological transitions required to achieve the desired result. The production of a trough profile was modeled and graphs illustrating the profile manufacturing process were created. This made it possible to visualize various aspects of the technological process and find out which methods and calibration schemes are most effective for achieving the goal. Based on the data obtained, reasonable conclusions were drawn. These conclusions indicate which approaches and methods for producing bent profiles are optimal when reducing the number of process transitions. The results of the study can be useful for industrial enterprises engaged in the production of bent profiles, helping them to choose the most effective methods and calibration schemes to improve the production process and reduce costs.