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Engineering
Mechanical Engineering
Computer Numerical Control (CNC) Programming
1. Introduction to CNC Machining
2. Fundamentals of the CNC Machine Environment
3. The Language of CNC: Codes and Addresses
4. Structure of a CNC Program
5. Basic Motion Programming
6. Speeds and Feeds
7. Tooling and Tool Management
8. Work Coordinate Systems and Offsets
9. Drilling and Hole-Making Operations
10. Advanced Programming Techniques
11. CAD/CAM Integration and Workflow
12. Machine Setup and Program Execution
13. Troubleshooting and Problem Resolution
14. CNC Safety and Best Practices
Tooling and Tool Management
Tool Selection and Identification
Tool Types and Applications
End Mills
Face Mills
Drills and Reamers
Taps and Threading Tools
Boring Tools
Specialty Tools
Tool Numbering Systems
Tool Organization and Storage
Tool Change Operations
Automatic Tool Change (M06)
Manual Tool Change Procedures
Tool Change Positioning
Tool Verification
Tool Length Compensation
Purpose and Benefits of TLC
Tool Length Measurement
Tool Presetters
On-Machine Measurement
Touch-Off Methods
TLC Activation (G43)
TLC Cancellation (G49)
Tool Length Offset Registers (H-word)
Multiple Tool Length Systems
Cutter Radius Compensation
Purpose and Applications of CRC
Compensation Modes
Left Compensation (G41)
Right Compensation (G42)
Compensation Cancel (G40)
Tool Radius Offset Registers (D-word)
CRC Programming Techniques
Lead-In and Lead-Out Moves
Inside and Outside Contours
Corner Handling
Avoiding Programming Errors
Gouging Prevention
Undercutting Avoidance
Tool Life Management
Tool Wear Monitoring
Tool Life Tracking
Tool Replacement Strategies
Tool Breakage Detection
Predictive Maintenance
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6. Speeds and Feeds
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8. Work Coordinate Systems and Offsets