Week 1 - Theoretical
CNC lathe, CNC lathe, who has spent parts of the found properties, principles of work, CNCturning, who has spent over the coordinate axes, reference points, control panel, Control panelkeys and features, the cutter and workpiece material relationship
Week 2 - Theoretical
Cutter types, properties and applications, linking the team compensated settings, the zeroelements, Parts and tooling points, Resetting reset Qty. to handle the elements used in thefeatures, track team
Week 3 - Theoretical
Elements and properties used in the team, giving the angle and the depth of cut, processadvances, on the team depth account, rough handling Binding apparatus, control tools, workpieceBinding reset methods, fundamentals of programming of CNC turning loomsa.Positioning systems,
Week 4 - Theoretical
a. Operation and commands that help prepare commands, b., c. custom commands, CNC lathestands and motion systems, coordinate systems, types of shapes, Movement Control, axes
Week 5 - Theoretical
CNC programming using a) facing the tornado cycles cycle, b) Longitudinal rough turning cycle c)Radius chamfer cycle d) grooving cycle to cycle the channel f) rough translation) on your profileSpace g) deep hole drilling cycle h) threading cycle, the lower the lower structure of the CNCprogramming technique, using the lower program programming programming services
Week 6 - Theoretical
The definition and importance of simulation, simulation programs, run programs, CNC looms inthe alarm options
Week 7 - Theoretical
Error codes used in programming, the unit of measure and control instruments over the progressof the mode settings, measurement control equipments, measuring instruments of measuring andcontrol Any influencing factors, the purpose of measuring and Control equipment for measuring,errors that may occur and causes,
Week 8 - Theoretical
Comparison of measuring systems and measuring instruments, measurement, measuring, clocksand comparators, surface roughness, flatness and roundness, Straightness measurement, CNCmilling machine, CNC milling, who has spent parts of the found properties, CNC milling machineworking principles, who has spent over the coordinate axes, reference points, control panel,Control panel keys and properties
Week 9 - Theoretical
Relationship between the cutter and workpiece material, cutting varieties, properties andapplications, linking the team compensated settings, the zero elements, Parts and tooling points,used elements in resetting properties
Week 10 - Theoretical
Reset Qty. to handle track team, the team used in setting the depth of cut, the operation elementand the properties, the angle and the depth of the Team resulted in roughing account, Bindingapparatus, control tools, workpiece Binding reset methods, fundamentals of programming CNCmilling machine loomsa) positioning systems,
Week 11 - Theoretical
a) processing and preparation commands special commands commands that help b), c) CNCmilling machine looms motion systems, coordinate systems, types of shapes, Movement Control,axes
Week 12 - Theoretical
CNC milling, Groove milling cycles by using the conversion of b Rectangle mobile programminga)) circular Pocket machining cycle c) Hole drilling cycle d) tapping cycle e) Hole expansion cycle,Lower the bottom Groove milling programming CNC programming technique, using the lowerprogram structure, programming
Week 13 - Theoretical
CNC milling, Groove milling cycles by using the conversion of b Rectangle mobile programming a)) circular Pocket machining cycle c) Hole drilling cycle d) tapping cycle e) Hole expansion cycle, Lower the bottom Groove milling programming CNC programming technique, using the lower program structure, programming
Week 14 - Theoretical
CNC milling, Groove milling cycles by using the conversion of b Rectangle mobile programminga)) circular Pocket machining cycle c) Hole drilling cycle d) tapping cycle e) Hole expansion cycle,Lower the bottom Groove milling programming CNC programming technique, using the lowerprogram structure, programming
