| 1. Week |
History of CNC machines, differences with conventional machines, definition and types |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 2. Week |
Structure of CNC machines, maintenance processes and work safety measures to be taken |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 3. Week |
Introduction to CNC coding system, introduction of G and M codes, code reading logic and basic motion commands such as G00, G01, G02, G03 and use of auxiliary functions such as M03, M05, M06, M30. |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 4. Week |
CNC lathe features, CNC lathe parts, CNC lathe working principles, Lathe coordinate axes, Reference points, Control panel types, Control panel keys and features, Cutter and workpiece material relationship. |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 5. Week |
Cutter types, features and places of use, Tool compensation settings, Tool holders and clamping elements, zero points on parts, Features of elements used in zeroing, Tool zeroing applications according to the part to be processed |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 6. Week |
Elements and features used in tool setting, Determination of cutting depth, processing angle and feeds, Tool rough machining depth calculation, Clamping devices, Clamping control devices, Workpiece resetting methods, Programming principles in CNC lathes |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 7. Week |
Programming using cycles (face turning, longitudinal rough turning, grooving, hole drilling, gear cutting, radius chamfering cycle) in CNC lathe, Subprogramming technique, Subprogramming structure, Programming using subprogram in CNC lathe |
Preparation, After Class Study, Practice, Presentation (Preparation)
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| 8. Week |
Error codes made in programming, Machine feed Mode settings, Measurement and control instruments, Measurement control instruments, Factors affecting measurement and control, reading segmented measurement instruments, Purpose of Measurement and Control, Errors that may occur in measurement and their causes, |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 9. Week |
CNC milling machine features, CNC milling machine parts, CNC milling machine operating principles, Machine coordinate axes, Reference points, Control panel types, Control panel keys and features |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 10. Week |
Cutters used in CNC milling machines, types, features and places of use, Tool compensation settings, Tool holders and clamping elements, zero points on parts, Features of elements used in zeroing, Tool zeroing applications according to the part to be processed |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 11. Week |
Resetting the tool according to the workpiece, Elements and features used in tool setting, Determination of cutting depth, processing angle and feeds, Tool rough machining depth calculation, Clamping devices, Clamping control tools, Workpiece resetting methods, Programming principles in CNC milling machines. |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 12. Week |
Programming using cycles (rectangular pocket milling, circular pocket milling, hole drilling, tapping, hole expansion) in CNC milling, Subprogramming technique, Subprogramming structure, Programming using subprogram in CNC lathe |
Preparation, After Class Study, Practice, Presentation (Preparation)
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| 13. Week |
Definition and importance of simulation, Simulation programs, Running a program |
Preparation, After Class Study, Practice, Presentation (Preparation)
|
| 14. Week |
Error codes used in programming, machine feed mode settings, measuring and control instruments, factors affecting measurement, reading of divisional measuring instruments, the purpose of measurement and control, errors that may occur in measurement and their causes, different measurement systems and their comparison, measuring clocks and comparators, measuring linearity, flatness, roundness and surface roughness are discussed. |
Preparation, After Class Study, Practice, Presentation (Preparation)
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