MODELING CNC MANUFACTURING PROCESSES FOR SERIAL PRODUCTION IN MACHINE BUILDING

Abstract

The article examines information support systems for high-tech manufacturing, specifically focusing on meeting stringent customer quality requirements while managing cost and delivery constraints. The necessity of creating a unified computer information system for the enterprise is substantiated; this system enables a substantial reduction in the cycles of design and technological preparation of production, enhances the quality of developments, and ensures the continuity, consistency, and completeness of data at all stages of the product life cycle. The system's functional architecture comprises four interconnected subsystems. This study provides a detailed description of the modular subsystem architecture and its information interrelations. It specifically examines hierarchical decision-making procedures and the development of CNC machining process models (PM) based on analytical standards for equipment, workpieces, tools, and fixtures. Special emphasis is placed on the simulation of technical operations, digital visualization, and geometric control. This approach streamlines the migration from legacy paper drawings to integrated digital formats, utilizing advanced visualization and real-time access tools. This significantly enhances the operational efficiency, safety, and competitiveness of high-tech manufacturing.