In contrast to conventional NC programming, 3D geometric data
(contours, surfaces, solids, etc.) can be transferred directly into
CAM. This reduces NC programming to the definition of equipment
and engineering parameters.In CAM processing instructions such as
milling strategies, tools, material allowances, path spacing, etc.
are assigned independent of the complexity of the part and its contours
or surfaces.
Collision-free tool paths are then automatically computed. The
advantage of this modern NC programming method is that NC preparation
is made independent of the controller type, machine tool producer
and use of different methods (e.g. milling/boring, wire eroding,
turning, water/laser cutting, etc.) and is accomplished with one
user interface.
Simulation
representation
of a complex geometry
Processing paths and tool changes can be represented in the CAM
simulation.
After the animation has finished it is possible to check the end
geometry for its correctness.
Freeform
milling
- Line milling, copy milling
- Machining steep edges
(according to edge angles
and/or selection)
- Z-constant finish milling
(optionally with height limiting)
- Finish milling of flat areas
(according to edge angles
and/or selection)
- Contour
-equidistant finish milling
(single surface by selection)
- Milling of leading lines
(fillet rework)
Freeform
milling
Finish milling of contour(surfaces by selection) and Radial finish
millingwith circular approach and exit movements