16 Best Books on Machine Tool Design

“Machine Tool Design” Book Review: The book on machine tools is structured around nine chapters, which offer a comprehensive overview of various concepts and aspects of the subject. It covers several topics in great detail, including Numerical Control of Machine Tools, Extension of Numerical Control, Control Systems in Machine Tools, Dynamics of Machine Tools, Design of Spindle and Spindle Supports, Design of Machine Tool Structures, among others. The book also includes a wealth of useful resources, such as numerous solved examples, computer programs, review questions at the end of each chapter, which ensure a clear understanding of the material and offer ample opportunities for practice.

“Machine Tool Design” Book Review: This textbook on machine tool designs is divided into four volumes, each addressing important concepts and aspects of the subject matter. The first volume covers basic and specialized machine tools utilized in cutting tool production, such as classification, type and size range, and designation of machine tools employed in Soviet practice, types of motion found in machine tools, Metal-cutting lathes, turret lathes, vertical boring machines, automatic and semi-automatic lathes, milling machines, and various other types of machine tools. Volume two delves into the kinematics of machine tools and hydraulic drives of machine tools. Volume three is devoted to machine tool design, while volume four focuses on Machine Tools and Transfer Machines, Machine Tool Testing and Research, and fundamental principles of machine tool automation. This comprehensive book is an excellent resource for students studying Process Engineering, Metal-Cutting Machine Tools, or Cutting Tool Design, and is available as a set of four volumes.

“Design and Machine Tools” Book Review: This book is an ideal resource for machine tool engineers and students. The authors cover a wide range of topics related to machine tool design, including spindle design, kinematics, and control systems. The book is well-organized and written in a clear and concise style, making it easy to understand. The illustrations and diagrams are also helpful in visualizing the concepts presented in the book. The authors provide practical advice for designing and optimizing machine tools, and the book is full of useful examples and case studies.

“Tool Design” Book Review: The book covers fundamental aspects of tool design, devices, and methods, as well as modern design approaches that are enhanced by cutting-edge computational technology. It is organized into thirteen chapters and is supplemented by a summary, questions, and references for further reading. Topics discussed include Automatic Screw Machine, Tool Design for Numerically Controlled Machine Tools, Using Plastics as Tooling Machines, Design of Sheet-Metal Blanking and Piercing Dies, Design of Fixtures, and Design of Drill Jigs. Furthermore, each chapter includes a sufficient number of design problems for extensive practice.

“Machine Tools Handbook: Design and Operation” Book Review: This textbook offers a comprehensive introduction to the fundamentals of machine tools, including various types of machine tool drives, mechanisms, transmission, and manipulation. It extensively covers machine tool elements and operation, along with detailed discussions of electrical elements such as contactors and time relays. The book also includes important topics such as Gearbox design, Thumb rules for designing machine elements, Design of hydraulic systems, Specifications of hydraulic valves, piping, pumps, and tanks, Design of electrical circuits, and Elementary NC and CNC programs. The book caters to practicing engineers who design new machines and students and academicians in production engineering and related fields who seek to enhance their knowledge.

“Machining Technology: Machine Tools and Operations” Book Review: This book provides a comprehensive guide to non-traditional and advanced machining technologies, covering the basics and the most advanced techniques in detail. The book is specifically designed for undergraduate students enrolled in production, materials and manufacturing, industrial, and mechanical engineering programs. It includes solved examples, problems, and review questions to aid in the learning process. The book provides a thorough explanation of non-traditional machining operations and tools, including an introduction and classification of non-traditional machine tools, mechanical machining processes such as ultrasonic, jet, and abrasive flow machining, and topics such as chemical milling, electrochemical machining, and electrochemical grinding machine tools. Furthermore, the book covers machine tools for thermal processes, such as electric discharge, laser beam, electron beam, and plasma arc machining. Advanced machining technology is also covered, including machining of difficult-to-cut materials, machinability of composites and ceramics, assisted machining technologies, and an introduction to design recommendations for economic machining and sources of dimensional variations.

“Fundamentals of Metal Machining and Machine Tools” Book Review: This book provides a comprehensive introduction to the principles of machine tools technology, including a historical perspective and a focus on metal machining. The book is divided into fourteen chapters, which cover both theoretical and practical aspects of the subject. The topics covered in the book include Non Conventional Machining Process, Design of Machining, Computer Aided Manufacturing, Manufacturing Systems and Automation, Grinding, Machine Tool Vibrations, Chip Control, Nomenclature of Cutting Tools, and more. At the end of each chapter, readers will find a set of problems to solve and a list of references for further reading and deeper understanding.

“Fundamentals of Metal Cutting and Machine Tools” Book Review: The book delves into the core principles of metal cutting technologies and machine tools. It offers a comprehensive treatment that combines theoretical concepts with mathematical applications. Encompassing a total of sixteen chapters, the book covers a wide range of topics including Machine Tool Vibration, NC/CNC Programming, Numerical Control of Machine Tools, Design Features of Machine Tools, Economic of Machining Process, Surface Finish and Surface Integrity, Non-Conventional Machining Tools, Abrasive Machining Process, Thermal Aspects, and Cutting Fields. In addition to the conventional theories and concepts, the book also highlights modern computational practices and designs.

“Details of Machine Tool Design (Classic Reprint)” Book Review: This book is an essential resource for professionals and students interested in machine tool design. It covers a range of topics, including design principles, elements of machine tools, and machine tool drives. The book also delves into cutting tools, tool holders, work-holding devices, and machine tool operations. With its clear and concise explanations and detailed illustrations, this classic reprint provides a comprehensive overview of machine tool design that remains relevant to this day.

“Machine Tool Design Handbook” Book Review: The book serves as a valuable compendium of design data and reference materials tailored for machine tool engineers and engineering students. It covers an array of topics, including machine element design, machine tool design principles, electrical and hydraulic systems of machine tools, and machining data, in addition to basic mathematical and engineering reference data. The text is enriched with illustrations and tables to help explain various aspects of machine tool design. It is a practical handbook that blends theoretical concepts with design practices. Moreover, it offers practical advice on how to devise dependable and effective solutions.

“Machine Tool Design and Numerical Control” Book Review: The book highlights the design of machine tools and explores key design principles and fundamental aspects of machine tool design. It covers a wide range of topics, including the general principles of machine tool design, control of speed and feed rates, design of machine tool structures, guideways and power screws, spindles and spindle supports, dynamics of machine tools, control systems, numerical control, and extensions of numerical controls. The book also covers Kinematics of machine tools, machine tool testing, and applications of CNC and DNC.

“Build Your Own CNC Machine (Technology in Action)” Book Review: The book centers on the construction of a CNC machine and offers guidance on building, operating, and documenting the machine using computer-aided design (CAD) programs. It also explains how to generate specifications and tool paths for the CNC machine. The book provides information on testing the machine, configuring the software, and includes links to resources for learning how to design and mill independently with minimal prerequisites.

“Thermal Deformation in Machine Tools” Book Review: The book focuses on the main concerns related to minimizing thermal deformation in machine tools. It begins by explaining the fundamentals of thermal deformation, including analytical expressions and design data for estimating the magnitude of heat generated and determining thermal boundary conditions. The book then suggests strategies for reducing thermal deformation in practice, considering both structural design and NC compensation technology. It also provides computational methods for evaluating and estimating thermal behavior, with emphasis on thermal behavior and testing. The book covers topics such as the design of structural body components, basic concepts of thermal deformation, materials and design for thermal stability, various remedies for reducing thermal deformation, finite element analysis for thermal behavior, and engineering computation for thermal performance testing.

“Machinery’s Handbook” Book Review: The book is a widely used reference material in metalworking, design, engineering, and manufacturing facilities, as well as technical schools and colleges worldwide. It offers information on the fundamental and essential aspects of sophisticated manufacturing practices. The book is specifically designed for mechanical, manufacturing, and industrial engineers, designers, draftsmen, toolmakers, machinists, as well as engineering and technology students. It covers topics such as basic mathematics, mechanics, and strength of materials, properties, treatment and testing of materials, dimensioning, gaging, and measuring, tooling and toolmaking, machining operations, manufacturing processes, fasteners, threads, and threading, gears, splines, and cams, machine elements, and measuring units.

“Creating and Maintaining a World-class Machine Shop: A Guide to General and Titanium Machine Shop Practices” Book Review: The book presents the proven principles of success in metal fabrication, with a special emphasis on machining titanium. It discusses the selection, education, and training of manufacturing personnel and presents the features of shop equipment, including machines and fixturing. The book also includes the latest information on efficient machining of titanium, including strategies for machining difficult features and recommended courses of action to minimize warpage and part distortion. It covers topics such as benching and sanding of parts, cutters and cutter coatings, and efficient and lean practices, along with frugal metrics for measuring progress. Additionally, the book shares the author’s thoughts on inter-company sharing of machining technology.