2. Delay Copyright 1999 Demo Only!! * Most items restricted * Poor sound quality (minimizes file size)

3. Copyright 1999 Delay Demo Only!! * Most items restricted * Poor sound quality (minimizes file size)

4. CNC Router Programming, Setup, & Operation Disk number one (active): Lesson 1: Machine configurations (43:25) Lesson 2: Flow of programming process (26:25) Lesson 3: Visualizing program execution (16:45) Lesson 4: Understanding program zero (23:10) Lesson 5: Locating the program zero point (18:20) Lesson 6: Two ways to assign program zero (10:40) Lesson 7: Intro to programming words (33:25) Disk number two: Lesson8: The importance of preparation (23:35) List of Lessons Lesson 9: Motion types (36:50) Lesson 10: Intro to compensation Lesson 11: Tool length compensation Lesson 12: Router radius compensation Lesson 13: Fixture offsets Programming Click on a topic! Course orientation (14:00) Exit Disk number three: Lesson 14: Program formatting Lesson 15: Four kinds of format Lesson 16: Canned cycles Lesson 17: Sub-programming Lesson 18: Other special features Lesson 19: Setup & operation tasks Lesson 20: Buttons & switches Lesson 21: Three modes of operation Lesson 22: Key operation procedures Lesson 23: Safely verifying programs Setup & operation Demo only! Items in gray are not active!

5. CNC Router Programming, Setup, & Operation  Course materials Orientation Click on a topic!  The key concepts approach  Lesson structure  Controls covered  Setting up a good learning environment  Scope of this course Demo only! Items in gray are not active!

6. Lesson 1: Machine Configurations  Lesson plan Outline Click on a topic!  Operations performed on CNC routers  Machine configurations  Directions of motion (axes) Directions of motion (axes)  Programmable features  Introduction to key concept number one: Know your machine  Lesson summary Lesson One: Demo only! Items in gray are not active!

7. Lesson 2: Flow Of The Programming Process  Lesson plan Outline Click on a topic!  Company types using CNC routers  Factors contributing to company profile  Flow of the programming process  Lesson summary Lesson Two: Demo only! Items in gray are not active!

8. Lesson 3: Visualizing CNC Program Execution  Lesson plan Outline Click on a topic!  Travel instructions analogy  Program make-up  Example of visualizing program execution  Notes about program structure  Lesson summary Lesson Three: Demo only! Items in gray are not active!

9. Lesson 4: Understanding Program Zero  Lesson plan Outline Click on a topic!  The rectangular coordinate system  Understanding polarity  Where to place the program zero point  Incremental versus absolute positioning Lesson Four:  Lesson summary Demo only! Items in gray are not active!

10. Lesson 5: Locating The Program Zero Point  Lesson plan Outline Click on a topic!  Understanding the zero return position  Program zero assignment values  Measuring program zero point location  Retaining program zero assignment values  Lesson summary Lesson Five: Demo only! Items in gray are not active!

11. Lesson 6: Two Ways To Assign Program Zero  Lesson plan Outline Click on a topic!  Assigning program zero in the program  Assigning program zero with fixture offsets  Lesson summary Lesson Six: Demo only! Items in gray are not active!

12. Lesson 7: Introduction To Programming Words  Lesson plan Outline Click on a topic!  Words used in CNC programs  Lesson summary Lesson Seven:  Summary for key concept number one Demo only! Items in gray are not active!

13. Lesson 8: The Importance Of Preparation  Lesson plan Outline Click on a topic!  Divide and conquer  Typical mistakes  Study and mark-up the print  Develop the cutting process  Introduction to key concept number two: You must be prepared!  Lesson summary Lesson Eight:  Do the math  Plan the setup Demo only! Items in gray are not active!

14. Lesson 9: Motion Types  Lesson plan Outline Click on a topic!  The three most popular motion types  Motion commonalties  Understanding the programmed point  Rapid motion  Introduction to key concept number three: The three motion types  Lesson summary Lesson Nine:  Straight-line motion  Circular motion Demo only! Items in gray are not active!

17. Delay X axis

56. Delay

57. Y axis Delay

58. Y axis

69. Delay

70. Z axis Delay

71. Z axis

80. Delay

81. X- X+ Y+ Y- Z+ Z-