• integration into complex systems, with the highest level of design automation.

Main characteristics

• Imports parts' and multi-parts' geometry to the project from DXF and ESSI formats, and from buit-in libraries with parametric macros, and automatically filters and cleans geometrical defects of part's model,
• uses advanced Technological Knowledge Base to automate the creation of processing technologies,
• nests objects tightly and step by step with on-line control against overlap. Nests automatically or interactively on many plates under user's control,
• has advanced functionality for work with blocks, for definition of bevels and bevel paths, as well as processing qualities,
• has advanced capabilities for creation of processing paths and route of rapid moves, while providing maximum flexibility in choosing when to create the cutting technology – before nesting, after each nesting of an object or after nesting,

• creates processing technology automatically with optimization and interactively, with on-line control of overlap and of "islands" of uncut paths, with interactive “dragging” and “halos”, tacking into account the part' insertion and part-by-part nesting,

• builds and edits abundant variety of path elements, as :lead-ins and lead-outs, common cuts, bridges “part-part”, bridges “part– plate”, pseudo-bridges, "loops" in the acute corners, path's direction, chain-cuts for continuous and paths for common line cutting,
• programs additional and special processings, such as pre-piercing, vector and text marking, cleaning contours, processing by frames,
• has advanced functionality for work with usable remnants and cutting of the scrap skeleton,
• generates NC programs with complex structure through open and adjustable postprocessors,

• prices orders from nesting layouts, by accurately accounting the processing time and material.