CNC Milling Machine Machining Technology and Programming Operations (Planned Textbook for Vocational Education in CNC Specialty)

Author: Jin Jing
Publisher:
Publish Date: 2006-06-01
Features:
Chapter 1 mainly introduces the working principles, classification, and characteristics of CNC milling machines and machining centers.
Chapter 2 mainly covers common workpiece clamping and alignment methods, determining the machining sequence and feed path, the methods and applications of climb milling and conventional milling, as well as how to select tools and determine cutting parameters.
Chapter 3 mainly discusses the structure and format of CNC programs, general methods and steps for program creation, and commonly used programming commands in different CNC systems.
Chapter 4 mainly explains commonly used programming commands and formats in different CNC systems, as well as the application of subroutines and fixed cycles.
Chapter 5 mainly covers the meaning, format, and application of tool radius compensation and tool length compensation functions.
Chapter 6 mainly introduces the format and application of mirror, rotation, and scaling function commands.
Chapter 7 mainly discusses various machining methods such as face milling, contour milling, pocket milling, drilling, and engraving text.
Chapter 8 covers the programming methods of macros.
Task 1 explains the manual functions and MDI operation of CNC milling machines, as well as program editing and automatic machining.
Task 2 covers the try-cutting method for tool setting and the methods of tool setting using G54 and G92 programming.
Task 3 discusses the principles, methods, and tool data settings for tool radius compensation and tool length compensation.
Tasks 4 to 12 cover the application of commonly used programming commands in different CNC systems.
Task 13 explains the entire process of Mastercam 9 automatic programming software, from drawing to generating toolpaths and producing final NC code.
This textbook is rich in content, concise and clear, illustrated with visuals, and easy to understand. The machining examples used in the book have all been verified through actual machining, making them highly operational and practical.
This textbook can serve as both a teaching material for programming and operation in CNC machining-related programs in secondary vocational and technical schools and as a practical training guide for CNC operator job training.