Abstract

"Technological Foundations of Equipment Selection in Machine-Building Workshops" is a comprehensive resource designed to explore the key principles and methodologies involved in selecting appropriate equipment for machine-building industries. This book provides an in-depth analysis of organizational and technical aspects crucial for the construction of flexible manufacturing systems (FMS), a critical component in modern industrial operations. The text addresses the importance of automation in production processes, offering insights into the various types of automation systems, their classification, and their impact on the efficiency and flexibility of manufacturing operations. The first part of the book delves into the characteristics and methods of automating production processes, examining the significance of flexible manufacturing systems in the context of modern mechanical engineering. The discussion includes the evaluation of production types, from single-unit to mass production, and the corresponding selection of automation tools suited to each type. The book outlines essential techniques for designing machine-building workshops, including pre-project works, technical specifications, and sequential stages of workshop planning and implementation. In the second part, the book focuses on the key components of flexible manufacturing systems, providing a detailed classification of machine tool systems and industrial robots, which are integral to the functioning of FMS. The text emphasizes the characteristics of industrial robots and transport-accumulating systems, as well as the specific criteria for selecting technological devices. Additionally, it examines the storage systems and management structures needed to support FMS, highlighting the role of information systems and control principles that ensure effective operation. This book serves as a valuable guide for engineers, production managers, and students involved in the design, implementation, and optimization of manufacturing systems, offering both theoretical knowledge and practical insights for improving the technological capabilities of machine-building workshops.