Manufacturing Technology: Metal Cutting and Machine Tools (Volume 2)
Its strength lies in its relentless focus on the physics of manufacturing—forces, heat, friction, and geometry. Whether you are trying to reduce tool wear on a CNC lathe, design a jig for a milling operation, or simply pass your university exams, Rao’s Volume 2 provides the structured, rigorous knowledge required.
The book is structured to lead from the theory of machining to specific machine tool applications and modern automation. 1. Fundamentals of Metal Cutting manufacturing technology volume 2 - P.N Rao
The book starts with the basics of how machines cut metal. It explains how a sharp tool removes extra material from a workspace.
The volume then moves to the machine tools themselves. The lathe, a fundamental tool, is examined extensively, covering everything from its basic components to specific operations and the design of for specific jobs. This detailed approach is mirrored in the analysis of reciprocating machine tools (like shapers, planers, and slotting machines), milling machines, grinding machines, and drilling machines . Each tool type is discussed with a focus on its working principle, construction, typical operations, and capabilities. The volume then moves to the machine tools themselves
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Prices can vary by vendor and condition (new or used). It is also listed on platforms like Flipkart and Amazon India, and a sample copy may be available for preview through some educational websites. The structural features of CNC machines
P.N. Rao is a distinguished author and academic known for his expertise in production and manufacturing technology. His books, including the two-volume Manufacturing Technology series, are widely adopted in top engineering institutions across India.
The table below provides a typical chapter breakdown for Volume 2.
Unlike Volume 1 (which covers metal cutting, machine tools, and metrology), focuses on primary metal forming processes : casting, bulk deformation, sheet metal work, powder metallurgy, and joining.
The structural features of CNC machines, including ball screws, linear guides, and automatic tool changers (ATC).