Gain a thorough understanding of computerbasednumerical control systems, components, and technologies. Featuring hundreds of color images and schematic diagrams, CNC Handbook explains machining fundamentals and shows you how to build and safely operate fully automated,technically sophisticated mechatronic equipment. Learn how to work with position controllers, accomplish rapid and precise machine motions, use CAD and CAM systems, and integrate CNC into IT networks. The latest CNC programming languages, flexible manufacturing systems, and troubleshooting methods are also discussed in this hands-on guide.

Part 1, Introduction to CNC TechnologyCh 1. Historical Development of NC ProductionCh 2. Milestones in the Development of NCCh 3. What are NC and CNC?Part 2, Functions of CNCCh 4. Machine ToolsCh 5. Implementation of Switching InformationCh 6. Functions of Numerical Control SystemsCh 7. PLCs - Programmable Logic ControllersCh 8. Effects of CNC on Machine AssembliesPart 3, Types of Numerically Controlled MachinesCh 9. CNC Machine ToolsCh 10. Additive Manufacturing ProcessesCh 11. Flexible Manufacturing SystemsCh 12. Industrial Robots and HandlingPart 4, Tooling Systems for CNC MachinesCh 13. Tooling SystemsCh 14. Close-to-Process Production Measurement Technology in Combination with Mechatronic Tool SystemsPart 5, NC Programs and ProgrammingCh 15. The NC ProgramCh 16. Programming of CNC MachinesCh 17. CNC Programming SystemsCh 18. Manufacturing SimulationPart 6, Integrating CNC Technology into In-House IT SystemsCh 19. DNC - Direct Numerical Control or Distributed Numerical ControlCh 20. LANs - Local Area NetworksCh 21. Digital Product Development & Manufacturing from CAD / CAM to PLMPart 7, Appendices:A 1. GuidelinesA 2. StandardsA 3. RecommendationsA 4. Glossary of NC Terminology