NCSIMUL 4CAM Capabilities

Generate CNC program from diversified input data: CAM files in neutral format (APT/CL-data), G-code files (Fanuc, Siemens, Heidenhain, and Num), or native 3D CADfiles
Unique programming flexibility through the mix of input sources
Modification or enhancement for recycled programs by reusing existing APT or G-code files, and manufacturing process optimization with a simple copy/paste action
Partial or total toolpaths replacement, from imported APT or G-code files, by new toolpaths calculated by NCSIMUL 4CAM

Capitalization of G-code modifications (e.g. machine proven out ...) directly into NCSIMUL 4CAM
Single file tracks the part machining history, including the resources used and the machining steps
Edition traceability

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)

Change the CNC machine targeted in one click, to automatically generate a new G-code program on-the-fly
Take into consideration the kinematics, CNC controller format and machine origins
Adjust the tool storage magazine configuration and cutting conditions to be compatible with the new machine
Automatic and optimal links recalculation between machining sequences (e.g. shortest distances, avoid collisions between the different elements, tools and machine axes.)
Ensure a total flexibility of production tools

Advanced programming comfort by viewing, at any time, the machined rough stock status
Evaluation of remaining work area to machine the final part, including full 5-axis machining
Saving the rest stock for a fast visualization by a CNC operator
STEP format export to be read by CAM software