Modern Manufacturing Technology: Concepts, Methods, and Practice is a comprehensive academic textbook designed to provide students, educators, researchers, and industry professionals with a thorough understanding of modern manufacturing principles and machining technologies. The book presents a balanced blend of theoretical concepts and practical applications, enabling readers to develop strong foundational knowledge and industry-relevant skills in manufacturing engineering.
 
Covering both conventional and advanced manufacturing processes, the text explores essential topics such as theory of metal cutting, chip formation, cutting tool geometry, cutting fluids, machine tools, centre lathes, milling machines, drilling operations, grinding processes, broaching, gear cutting, CNC machine tools, and part programming. The content is organized systematically with detailed explanations, illustrations, and practical insights that help bridge the gap between classroom learning and industrial practice.
 
Special emphasis is placed on productivity, precision manufacturing, automation, and modern machining practices that are increasingly important in today's competitive industrial environment. The book also introduces contemporary developments in numerical control (NC) and computer numerical control (CNC) systems, preparing readers for advanced manufacturing applications.
 
Written in a clear and learner-friendly style, this book serves as an excellent reference for undergraduate and postgraduate engineering students, faculty members, competitive examination aspirants, and practicing engineers seeking to enhance their knowledge of manufacturing technology. It is a valuable resource for anyone aiming to understand the concepts, methods, and practical aspects of modern manufacturing systems.