Product parts, assembling blanks, defining cutting tools, then selecting processing strategies, defining working procedures and processing.
Object generates the corresponding handler. The user establishes the tool path according to the content of the machining program.
Generation mode, such as the specific content of the machining object, the guiding mode of the tool, the cutting step and the spindle rotation.
Speed, feed, cutting angle, advance and retreat point, interference surface and NC machining.
The numerical control programming of CATIA is simple and can be arbitrary in the whole process of tool path design and planning.
Modify machining objects and cutting parameters, etc. It is worth noting that due to its relevance, it is under way.
When designing the tool path flow, it is best to have an overall plan for the definition of the machining object. can
Copy, paste, delete and hide tool paths and machining programs, and can also be used for specific
Edit and modify the tool path scheme, such as the adjustment of tool and corner speed. System numerical control plus
The programming module provides the functions of observing the tool movement along the trajectory and drawing in a graphical way.
Shape modification and other functions, you can copy, edit and modify tool path files, define tools, and build lathes.
And a cutting parameter database. The postprocessor can choose intelligent manufacturing.
IMSPost of software company and ICAMPost of ICAM technology company.
Using CATIA and other two post-processing methods to generate the recognizable machining program code of NC machine tools.