CNC Machining Handbook 4002 (Discontinued)
- CNC Machining Handbook: Basic Theory, Production Data, and Machining Procedures
- By James Madison
- 380 pages, hardcover, 7¼" x 10¼"
- ISBN 9-780831-130640
- Copyright 1996
Weight: 1.99 lb
Price: $58.95
Analyzes entire machining systems while covering milling, boring, turning, grinding, and related CNC tooling.
References individual CNC commands by graphical representation of the toolpath and the surfaces produced.
Every generic command is cross-referenced by industry standard CNC machine formats and illustrated by the surface, machine movement, or toolpath that results from using the individual commands.
Allows users of precision machining centers and high-rate material removal systems to become better and more successful programmers.
Preface
Part I Controlling Machines by CNC
Chapter 1 CNC Systems How CNC Works; Movements and Measurements of CNC Axis Systems; CNC Control Variations
Chapter 2 The Precision Measuring and Positioning of CNC Components of a CNC System
Chapter 3 Programming Coded Languages; Conversational Format; Dimensions in Conversational CNC Controls; Straight-Line, Point-to-Point Machining: Linear Interpolation; Special CNC Control: Geometry Capability; Tool Libraries for Cutters
Chapter 4 Programming Tool Moves Straight-Cut Linear Milling; Incremental Milling: Point to Point; Precision Finish Milling: Attaining Ultra-Close Tolerances; Ideal Cutter Paths
Chapter 5 CNC Operation Selection Choosing the Best Program Features; Arcs
Part II Programming CNC Machine Motions
Chapter 6 Milling- and Boring-Center Machine Motions Programming Standard Milling and Boring-Center Moves (for Vertical Machining Center); Programming Complex Milling and Boring Moves
Chapter 7 Turning- and Grinding Machine Motions Programming Standard Turning Motions (Moves); Programming Complex Turning Motions (Moves); Programming CNC Grinding Motions (Moves)
Chapter 8 Subroutines and Compensation Programming Using Subroutines and Canned Cycles; CNC Compensation; Compensation for Machining Centers; Compensation for Turning Centers
Chapter 9 Useful Programming Formulas, Commands, and Tables
Chapter 10 CNC Tooling Tooling for Milling/Boring Centers; Angle Plates; CNC Vises; Workholding Devices: Clamps; Rotary Tables and Rotary Indexers; CNC Toolholders; CNC Cutting Tools; Tool Materials; CNC Milling; CNC Drills; Boring Tools; CNC Tapping; CNC Angle Milling Threads; CNC Tooling for Turning Centers; Centers; Fixtures; Cutting Tools for CNC Turning; Grades of Carbide Inserts; CNC Machining Tips WHen Using Carbide Inserts; Complete CNC Toolholding Systems; CNC Tooling for Grinding; CNC Grinding-Wheel Components; CNC Cutting Oils and Lubricant Compounds
Chapter 11 CNC Operation Buttons and Switches on the Control Panel; Standard Machine-Panel Buttons and Switches; CNC Machine Operational Modes; Determining the Measurement from Part Origin or Program Zero to the Machine's Reference Position; Program Modification of a Previously Entered Program; Program Operation Mode; Switch Position for Tape Mode; Mode Swithc Position for Memory or Auto; CNC Machine Operational Procedure; Machining Center Operational Procedure; Turning-Center Procedures; Grinding and Turning-Center Operational Procedures; Program Verification; Operational Procedures; Optimizing and Full Production
Chapter 12 CNC Forms and Worksheets Absolute Dimension Sheets; Operational Sequence Sheet; Tool-Radius Sheets; Program Sheets; Tool-Offset Sheets; Fixture Offset Sheets; Setup Sheets; Advanced CNC Control Features