Principles and Applications
Preface. 1. Computer Numerical Control of Machine Tools. 2. Measurement and Quality. 3. The NC Programming Process. 4. NC Tooling and Machining Processes. 5. Tool and Workpiece set-up. 6. Programming Concepts and Job Planning. 7. Codes for Positioning and Milling. 8. Basic Codes to Control Machine Functions. 9. Hole Making Cycles. 10. Tool Radius Compensation. 11. Advanced Programming Concepts. 12. Lathe Programming. 13. CAD/CAM. 14. Mathematics for NC Programming. Appendix A G & M Codes Reference. Appendix B Reference Information. Glossary.
Michael W. Mattson is Michael W. Mattson is chairman of the Department of Manufacturing Technology at Clackamas Community College, Oregon City, Oregon. He is actively involved in training high school teachers in CNC programming and has completed the summer training intensive with Project Lead the Way.
Preface.
1. Computer Numerical Control of Machine Tools.
2. Measurement and Quality.
3. The NC Programming Process.
4. NC Tooling and Machining Processes.
5. Tool and Workpiece set-up.
6. Programming Concepts and Job Planning.
7. Codes for Positioning and Milling.
8. Basic Codes to Control Machine Functions.
9. Hole Making Cycles.
10. Tool Radius Compensation.
11. Advanced Programming Concepts.
12. Lathe Programming.
13. CAD/CAM.
14. Mathematics for NC Programming.
Appendix A G & M Codes Reference.
Appendix B Reference Information.
Glossary.