Reflecting manufacturers'growing need to integrate computers into their production processes, this book covers the machining fundamentals-as well as Computer Numerical Control programming and operation of Computer Numerical Control (CNC) machine tools. Its focus is based on the authors'many years of teaching experience along with industrial CNC courses at various businesses and industries. Material is presented in a logical, easy-to-understand fashion, to help readers overcome some of the anxiety that has been associated with the subject.Covers the machining fundamentals-as well as Computer Numerical Control programming and operation of Computer Numerical Control (CNC) machine tools. Critical topics discussed include comprehensive carbide tooling information, basics of CNC electrical discharge machining, and a CAD/CAM overview. A review of basic right triangle trigonometry emphasizes an important area of understanding for future operators and programmers of CNC equipment. Also features tutorials for Mazak, Bridgeport Ezpath, and Fanuc (FAPT) programming.For future operators and programmers of CNC equipment.

PrefaceWe decided to write the original text when we were unable to find a practical, easy-to-understand book with enough examples and programming assignments. We saw gaps in the books that were available. The third edition makes many improvements. We made major changes in the programming chapters. We added many additional questions and exercises to chapter to guide learning how to program. The questions and exercises lead the reader through in step-by-step process to learn to write CNC code.We are very excited about the inclusion of Predator Software. Predator Editor and Predator Virtual CNC. It is wonderful software that will enable the reader to write and simulate programs in 3D on a computer. We have included the programs in the book on the CD so the reader can watch them run. We also added a chapter on abrasive waterjet and laser machining. Abrasive waterjet and lasers are dramatically changing the machining industry. There are many other differences that we hope you will appreciate as you use the book.This information in this textbook is based on our years of experience teaching CNC courses to students at Fox Valley Technical College in Appleton, Wisconsin, as well as industrial CNC courses for local business and industry, university and technical school students, and on-the-job trainees. We sincerely hope that our logical, easy-to-understand approach will enable readers to accomplish more than would otherwise be possible. The third edition is organized into 3 sections: G-Code Programming, Conversational Programming, and Quality. Section I - G Code ProgrammingChapter 1 is an introduction to computer numerical control. It examines the history of CNC, types of CNC machines, components of CNC machines, and the Cartesian coordinate system, absolute and incremental positioning. It provides the foundation for CNC programming.Chapter 2 provides an easy to understand chapter on trigonometry. It provides the reader with a practical approach to using trigonometry to calculate missing information on blueprints so that programs can be written.Chapter 3 covers carbide cutting technology. Machinists need a good understanding of the proper use of carbide tooling to be productive. They need an understanding of available tooling technology and the speeds and feeds required to make carbide efficient. The chapter also covers tool geometry and selection.Chapter 4 covers the fundamentals of programming. This chapter has been improved through a more step-by-step approach to programming and extensive questions and exercises that lead the reader through simple examples to understand basic programming and develop simple CNC code.Chapter 5 is a completely new chapter. It builds upon what the reader learned in the previous chapter through the use of CNC program examples. Each of the programs are thoroughly explained in line-by-line- fashion to lead the reader through all of the important aspects of programming.Chapter 6 is a new chapter that examines work holding for machining centers. It also covers proper setup procedures and tooling for machining centers.Chapter 7 covers the fundamentals of machining centers. It covers types, components, tooling, and operation of machining centers.Chapter 8 covers programming machining centers. This chapter builds upon the previous programming chapters and adds material on the use of canned cycles to ease program development.Chapter 9 covers the fundamentals of CNC turning centers. Types of CNC turning centers, components of a typical turning center, axes of motion, work holding, tooling, and operation are covered.Chapter 10 examines programming CNC turning centers. Material has been added and modified to make it easier to understand tool and work offsets. The chapter leads the reader through examples to illustrate the use of all common turning codes and canned cycles.Chapter 11 covers Electric