The software features robust translation engines that accept standard industry file formats, including DXF, DWG, and IGES. It cleans up geometry errors—such as open contours or duplicate lines—automatically during import. Process Reliability Through Simulation
Places pierce points strategically to avoid part damage and reduce cycle time.
[Import CAD (DXF/DWG)] ➔ [Apply Technology / Tooling] ➔ [Nest Parts on Sheet] ➔ [Simulate / Check Collisions] ➔ [Generate NC Code]
Groups parts together so a single laser pass cuts two edges simultaneously, reducing cycle times and gas consumption.
Here is a helpful overview of the software, its features, and installation considerations.
Converts 3D designs into highly accurate 2D flat patterns, accounting for material stretching during the bending process.
These modules translate optimized nests and geometries into machine-specific NC (Numerical Control) code.
The software features robust translation engines that accept standard industry file formats, including DXF, DWG, and IGES. It cleans up geometry errors—such as open contours or duplicate lines—automatically during import. Process Reliability Through Simulation
Places pierce points strategically to avoid part damage and reduce cycle time.
[Import CAD (DXF/DWG)] ➔ [Apply Technology / Tooling] ➔ [Nest Parts on Sheet] ➔ [Simulate / Check Collisions] ➔ [Generate NC Code]
Groups parts together so a single laser pass cuts two edges simultaneously, reducing cycle times and gas consumption.
Here is a helpful overview of the software, its features, and installation considerations.
Converts 3D designs into highly accurate 2D flat patterns, accounting for material stretching during the bending process.
These modules translate optimized nests and geometries into machine-specific NC (Numerical Control) code.