Program of the course that I teach:
Numerical Control:
function;
Advantages of Numerical Control
Machine Tools:
character
Cartesian coordinate systems:
Right-hand rule;
Coordinate System Absolute;
Incremental coordinate system;
Reference points:
Machine zero;
Workpiece zero;
Definition of zero point and its importance in the programming of numerically controlled machines;
Programmable functions for linear and circular interpolation:
Rapid movement;
Linear interpolation with feedrate programmable; Circular interpolation clockwise and anti-clockwise; tool radius compensation; Decompensation Tool radius;
Technical Calculus;
Pythagorean Theorem;
trigonometry
programming
Auxiliary functions;
Miscellaneous functions;
Special Functions;
Canned cycles;
Sub-programs;
Routines.
operation
Editing programs;
Referencing machine;
Manual mode;
Preset tool;
Fixing system material;
Automatic mode;
Referencing part;
Test with advance work;
Test chart program;
Broker tools;
Machining of parts;
Failure messages and alerts.
Cutting tools:
geometry
Tool selection
Problems in turning
Cutting parameters
Duration: 120 hours
Prerequisite
The student must, at the beginning of the course, be at least 16 years of age.
The student should have completed the Foundation Level.
have completed the qualification or Mechanical Machining Conventional prove prior knowledge and experience regarding this enhancement, acquired in other courses, at work or in other informal means;