Mastercam X Machining Application Technology (2nd Edition) (With CD-ROM)

Author: Kang Peng Studio
Publisher:
Publish Date: 2007-01-01
Features: This book takes MastercamX as the basis to introduce the 2D drawing, 3D feature creation and editing of Mastercam software, as well as practical examples of 2D and 3D machining methods for solid construction. It is a crystallization of the author's learning methods and experience summarized from years of work and teaching. Through numerous typical modeling and machining examples in the book, readers can intuitively and quickly grasp the main functions and usage methods of the software's latest version. The book is divided into 8 chapters. Chapter 1 introduces the basic environment of MastercamX; Chapter 2 explains the meaning and setting methods of various parameters; Chapters 3 and 4 introduce 2D and 3D drawing and parameter modification through examples; Chapter 5 discusses the basic concepts of common settings and operation processes for Mastercam CNC machining, such as tool setup and management, workpiece setup, toolpath simulation, and post-processing; Chapter 6 introduces 2D machining operations based on example machining, including contour milling, pocket milling, and face milling; Chapter 7 introduces 3D rough and finishing operations based on example machining, including parallel milling, radial milling, and streamline processing; Chapter 8 takes comprehensive 3D machining examples as the carrier, from model analysis, determining workpieces and tooling points, to detailed introductions of toolpath planning and machining ideas, until solid machining simulation and post-processing. The book guides readers in-depth to understand and master the methods and techniques of CAM machining. This book can serve as a practical training manual, a teaching material for CAD/CAM courses in vocational colleges and undergraduate programs in mechanical manufacturing, as well as a self-study reference book. It is also suitable as a supplementary guide for mechanical industry design personnel to self-learn software.