Setting-up CN programs in 3 steps

G-code decoding (5 to 10 MB/min) supporting structured programs, variables, cycles, macro calls, with an unlimited choice of commercially available NC controllers
Tool path preview before simulation; rapid first level analysis (incorrect program origin, etc.)
Automatic detection of programming errors (G-code syntax, out-of-range motion, compensation errors, etc.)
Integrated G-code program editor for on-line modification
Precise and reliable estimations of cycle times

Material removal on a solid model for all types of machining
Total simulation of the «machine-part pair» with detection of all collision types in a single process
Detection of machining errors (rapid motion, spindle stopped, part marked, etc.)
3D viewing operations (rotate, zoom, pan) independent of program size, or the complexity of the part or program
Probing

Integrated CNC processor, natively calculating the CNC program based on the logic of the machine and the CNC controller
Optimal linking between machining sequences, tilted plan, polar mode, spatial correction...
Withdraw the usual post-processors development costs and setup
User friendly format output customization (program header format, for example)

Dimensional analysis of the part (thickness, point coordinates, curvature, drilling, internal turning diameter, list of points, etc.)
Quick, precise comparison between the machined part and the original CAD model
Dynamic 3D cross-section and exported 2D cross-section

Analysis of cutting parameters for each section in a block
Generation of alarm logs based on user-defined criteria (e.g.: maximum cut depth, etc.)
Optimization of approach and retract motion (air cutting reduction)
Optimization of cutting parameters according to the tool-material pair
Display of the tool path based on feeds
Graphic comparison between the initial program and the optimized program
Rewriting of the G-code program based on optimal feeds and spindle rotations to be used during machining