CENTRE DRILL AND DRILL PROGRAM-Video Tutorials/Training-DVD

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http://store.smartlearningindia.com/CNC-Programming/CNC-Simulator-Software-with-Programming-Manual-CD-id-490845.html Basics Every CNC Machinist Should Know Introduction for Beginners: More on what you can do with g-code, basic concepts, and an interactive tool to help you learn faster. The Coordinate System: Is it a right-handed or left-handed coordinate system? G-Code Dialects, Post Processors, and Setting Up GWE: The great thing about standards is there are so many to choose from. MDI: CNC For Manual Machinists: Pretend your CNC is just a manual machine with DRO's and Power Feeds on every axis. One-Shot G-Codes and Modal G-Codes: Some things in g-code are sticky and others are not. CNC Editors: Tools of the Trade CNC Simulators, Backplots, and Viewers: Getting a Second Opinion Part Zero, Touch Offs, and Zeroing: Helping the machine understand where the part begins and ends. Basic G-Code Program Structure: Blocks, sequence numbers, words, addresses, and the basic nuts and bolts of g-code line. Linear Motion: G00 and G01: Moving your CNC in straight lines. Circular Arcs: G02 and G03: Moving your CNC along arcs. Running the GWE G-Code Simulator: Using a G-Code Simulator to view and debug your programs. Tool Changes and Tool Offsets Basic CNC Lathe Programming Intermediate Relative vs Absolute Moves Polar Coordinates Canned Drilling Cycles Custom Deep Hole Drilling Cycles G96: Constant Surface Speed Programming Precise Timing and Speed: Dwell, Exact Stop, Backlash Compensation The G-Code Coordinate System Pipeline G20 and G21: Unit Conversions G54 and G92 Work Offsets: Making multiple parts easily Helical Interpolation: Making holes bigger than any cutter you've got Tapping: Rigid tapping Tapping heads and tension compression holders Programming Haas Controls: Haas's unique g-codes and other differences Thread Milling: How to thread mill, NPT and tapered threads, When to thread mill instead of tapping Intermediate Lathe Programming Lathe Simple Canned Cycles: G90/G92/G94 Lathe Repetitive Roughing Cycles: The Poor Man's Turning CAM G71: Rough Turning Cycle: Type I Using Mill CAM to Create Profiles for Lathe Cycles G71 Type II: Rough Turning With "Pockets" G70: Finishing Cycle G72: Rough Facing Cycle G73: Pattern Repeating Cycle Using IF and GOTO for a Poor Man's G71 G75 and Peck Parting Off for Lathes Lathe Threading Cycles Gang Tooling for Lathes Advanced G28: Return to Reference Point Tool Compensation: The Poor Man's Milling CAM A Mini-Tutorial on G-Code Macro Programming and Fanuc Macro B: Parameterized Programming: Macro Variables Subprograms and Macros: Packaging G-Code Into Building Blocks Conditions and Looping: Making Decisions and Handling Repetition in G-Code Accessing Modal Data: Making Subprograms Clean Up After Themselves Modal Macro Calls Macro Example: Digits (Work in progress) G10: Programming Tool and Work Offsets in G-Code Scaling the Coordinate System Rotating the Coordinate System with G68 and G69 Mirroring the Coordinate System G-Code Scaffolding: Making CAM Better With G-Code Help Multiple Part Strategies G52: Temporary programmable work offsets Interacting With the Operator Tweaking CAM Programs: Right Angle Heads and More Mill 4th Axis Programming Lathe C-Axis Machining and Live Tooling Reference Motions In-Process Probing http://store.smartlearningindia.com/CNC-Programming/CNC-Simulator-Software-with-Programming-Manual-CD-id-490845.html