Objectives Modern Manufacturing Computer Numerical Control (CNC) Why do you need CNC? History of NC Machines Factors influencing development CNC machines CNC machines trends Features of latest CNC systems Applications of CNC Key Advantages of CNC Common CNC Machines Current Sinerio Multitasking Machines CNC System Nino Machining FMS Un Manned Machines Other CNC Machines

Objectives What Is the Lathe? History of the Lathe Types of Turning Centers How the Turning Center Works Common Components of the Turning Center How the Turning Center Cuts Cutting Variables Outer Diameter Operations Inner Diameter Operations Cutting Tools for the Turning Center Toolholders for the Turning Center The Turret of the Turning Center Workholders for the Turning Center Summary

Objectives What Is the Mill? From Mill to Machining Center Types of CNC Machining Centers Basic Setup of the Machining Center Control Devices of the Machining Center How the Machining Center Cuts Cutting Variables Milling Cutters for the Machining Center Milling Operations Hole-Making Operations Cutting Tool Materials Toolholders for the Machining Center Toolchangers for the Machining Center Workholding for the Machining Center Summary

Objectives Define Major Component of CNC Machines Ballscrew LM Guides Control System Servo Motors Torque Motors Torque Coupling Feedback Encoders Work Holding Tool Holding Summary

Objectives Basic Concept of Tooling Tool Material Turning tool Milling Tool Special Tooling Selection of Tooling Speed and Feed New Modular Tooling Summary

Objectives Work Holding Devices Fixture define Fixture Design Criteria Work holding and Locating System Types of Workholding Device Automatic Work Changer Chuck, Work holding device for Turning Machine Modular Work holding Fixture Hydraulic work holding Device Summary

Objectives The Importance of CAD/CAM The Stages of Part Design and Manufacturing What Is CAD? Geometric Modeling Solid Modeling Designing in CAD CAD Drawings and Documentation Important Design Considerations What Is CAM? Manual and Computer-Assisted Part Programming CAD/CAM Part Programming Neutral Instructions and Post Processing Drawing Exchange Format Standard for the Exchange of Product Model Data Important Manufacturing Considerations Combining CAD/CAM Summary

Objectives Engineering Good Design Learning Design What Is Design for Assembly (DFA)? What Is Design for Manufacturing (DFM)? DFM/DFA Guidelines Design For Lifecycle Design For Six sigma Mistake proofing by Design Design For Coast Gate review and Design review Design Tool Summary

Objectives ISO 9000 Quality, What is it? Lean Manufacturing Kaizen 5 S Philosophy Kanban Pokoyoke Just in time Total Quality Management Time and Motion study Root cause failure Analysis (RCFA) Summary

Objectives Different Manufacturing Processes Importance of Processes Basic of Sand Casting, Die casting, Investment Casting Design consideration for Casting Basic of Forging Forging Processes Metal Forming Laser Technology Rapid Proto Typing Summary

Objectives Journal Bearing Antifriction Bearing Classification of Antifriction Bearing Application Bearing For Machine tools Selection of Bearing Summary

Objectives Function and importance of Spindle in Machine tools Component of Machinetool Spindle Materials for Spindle Spindle design criteria Selection consideration for spindle bearings Bearing Configuration Spindles for Different Applications Summary

Objectives Manual Programming for CNC A Sample Turning Program The Types of Motion Programming Tool Movements The Facing and Rough Turn Path Speed and Feed Modes The Drilling Path Startup Codes Tool Changes and Optional Stops The Boring Path The Rough Turn Canned Cycle The Finish Turning Path The Peck Drill Canned Cycle Using a Template Proving Out Summary