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Introductory training
Only three working days are needed for the introductory training course. During this time, we will instruct you in all the necessary basics of NCG CAM, enabling you to start using the software quickly and easily.
The contents of the course comprise the following topics:
- Fundamentals of the software
- Working with boundaries
- Selecting by surface color
- Using analysis functions
- Aligning the components
- Explanation of the roughing strategies
- Finishing strategies—which strategies are used for which surfaces
- Creating drilling procedures
- Creating machining models
- How to create programs for the machine
- What machining plans can be generated
- Easy working by means of various keyboard shortcuts
Advanced training
In the advanced training course, we deal specifically with your questions. This course usually takes one to two working days.
The contents of the course comprise the following topics:
- Specific questions by the customer
- Implementing 3+2-axis machining
- Working with macros
- Customizing post-processors
- Easy replacement of surfaces or boundaries by means of #Input pages#
- Saving customized program or dialog #standards
- Adaptive roughing (trochoidal milling)
- What uv paths can accomplish
Five-axis training
The five-axis training course takes three working days. Within this short time, we will train you in all five-axis strategies. Here too, you will notice how quickly and easily you will be initiated into five-axis simultaneous milling.
The contents of the course comprise the following topics:
- Fundamentals of five-axis simultaneous machining
- Working with Drive and Check surfaces
- Extracting curves, and processing them for five-axis machining
- Five-axis roughing
- Five-axis along-curve milling
- Five-axis flank milling
- Five-axis parallel cuts
- Five-axis contour milling
- Which strategies are best used for certain surfaces
- Explanation of the five-axis post-processor, which is customized for each machine
- Methods of monitoring the five-axis tool paths by means of machine simulation