Abstract
Described questions of automation for the process-layout preparation with using of workpieces abstract elements in NC programming. Presented views of various elements parts workpieces and algorithms of functioning of the automated CAM-system.
Highlights
In modern CAMs, there are a large number of algorithms that allow to semi-automate a design process and toolpath generation for any types of machining parts, but this automation possibilities is not enough for implementation exchange of machining experience from users groups
Machining of the pocket and the boss will be a little bit other if you slightly change the geometric representation of the boss
A boss machining can be present as a pocket machining if you add virtual walls on the surface boundaries of the adjacent to a boss
Summary
In modern CAMs, there are a large number of algorithms that allow to semi-automate a design process and toolpath generation for any types of machining parts (a boss, a pocket, a surface and a hole), but this automation possibilities is not enough for implementation exchange of machining experience from users groups. Machining of the pocket and the boss will be a little bit other if you slightly change the geometric representation of the boss. We show two elements of the part: a – is a boss, b - is a pocket, one is a machining’s surfaces, second is a removed material after machining.
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