delay copyright 1999 demo only!! * most items restricted * poor sound quality (minimizes file size)
TRANSCRIPT
Copyright 1999
Demo Only!! Most items restricted Poor sound quality (minimizes file size)
Copyright 1999
Demo Only!! Most items restricted Poor sound quality (minimizes file size)
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 compensationLesson 11: Tool length compensationLesson 12: Router radius compensation
Lesson 13: Fixture offsets
Programming
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Course orientation (14:00)
Exit
Disk number three:
Lesson 14: Program formattingLesson 15: Four kinds of formatLesson 16: Canned cyclesLesson 17: Sub-programming
Lesson 18: Other special features
Lesson 19: Setup & operation tasksLesson 20: Buttons & switches
Lesson 21: Three modes of operationLesson 22: Key operation proceduresLesson 23: Safely verifying programs
Setup & operation
Demo only! Items in gray are not active!
CNC Router Programming, Setup, & Operation
Course materials
Orientation
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The key concepts approachLesson structureControls covered
Setting up a good learning environment
Scope of this course
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Lesson 1: Machine Configurations
Lesson plan
Outline
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Operations performed on CNC routersMachine configurationsDirections 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!
Lesson 2: Flow Of The Programming Process
Lesson plan
Outline
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Company types using CNC routersFactors contributing to company profileFlow of the programming process
Lesson summary
Lesson Two:
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Lesson 3: Visualizing CNC Program Execution
Lesson plan
Outline
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Travel instructions analogyProgram make-up
Example of visualizing program executionNotes about program structureLesson summary
Lesson Three:Demo only! Items in gray are not active!
Lesson 4: Understanding Program Zero
Lesson plan
Outline
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The rectangular coordinate systemUnderstanding polarity
Where to place the program zero pointIncremental versus absolute positioning
Lesson Four:
Lesson summary
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Lesson 5: Locating The Program Zero Point
Lesson plan
Outline
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Understanding the zero return positionProgram zero assignment valuesMeasuring program zero point locationRetaining program zero assignment values
Lesson summary
Lesson Five:Demo only! Items in gray are not active!
Lesson 6: Two Ways To Assign Program Zero
Lesson plan
Outline
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Assigning program zero in the programAssigning program zero with fixture offsets
Lesson summary
Lesson Six:
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Lesson 7: Introduction To Programming Words
Lesson plan
Outline
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Words used in CNC programsLesson summary
Lesson Seven:
Summary for key concept number one
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Lesson 8: The Importance Of Preparation
Lesson plan
Outline
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Divide and conquerTypical mistakes
Study and mark-up the printDevelop the cutting process
Introduction to key concept number two: You must be prepared!
Lesson summary
Lesson Eight:
Do the mathPlan the setup
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Lesson 9: Motion Types
Lesson plan
Outline
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The three most popular motion typesMotion commonalties
Understanding the programmed pointRapid motion
Introduction to key concept number three: The three motion types
Lesson summary
Lesson Nine:
Straight-line motionCircular motion
Demo only! Items in gray are not active!
X axis
X axis
X axis
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Y axis
Delay
Y axis
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Z axis
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