Introduces programming techniques which will allow milling in up to two axis simultaneously. Learn More>>
Teaches students the terms and conditions of the Computer Numerical Control system. Learn More>>
Teaches students how to program and terminate multi-quadrant interpolation, how to rotate an existing program, and how to terminate a rotation. Learn More>>
Introduces the polar coordinate system and demonstrates how it can be used to describe locations in relation to the center of a circle. Learn More>>
Introduces a programming method to increase or decrease the scale of an existing program by adding a scaling statement. Learn More>>
Introduces the program codes that make three axis linear milling and circular milling possible. Learn More>>
Details the planning steps required to write a program. Learn More>>
Teaches students to use programs which were written for a specific cutter then automatically compensate for new radii of different cutters. Learn More>>
Teaches students how to shift programmed tool movements to a new coordinate that is parallel to the original coordinate. Learn More>>
Teaches students how special cycles allow programmers to save time and computer memory. Learn More>>
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