Download-Software etikettierte vorbei cutting objects

2D cutting plan design and cutting optimization for automatic cutting plan design for manufacturers of furniture and other products made from sheet materials (wood, metal, glass, etc ..), whose product range is wide or permanently changing.

Optimizer - Optimization for Glass, Panels, Plastics, Sheet Metal. Pattern cutting optimiser / optimizer - the panel optimising / optimizing system.

Cut 1D X is an Automation Component used for obtaining optimal cutting designs of one dimensional pieces which may have angles at their extremities. Cut 1D X can be used for cutting linear pieces such as bars, pipes, tubes, steel bars, etc.

Real Cut 2D is a computer program used for obtaining optimal cutting layouts for two dimensional surfaces. Real Cut 2D can be used for cutting rectangular sheets made of glass, wood, metal, or any other material used by industrial applications.

DXF CNC Graphic Optimizer optimize polyline graphics, logos, clip art graphics and other 2D-DXF graphics for laser-, plasma- and waterjet cutting. Functions: Contour smoothing, deletes double lines and arcs, ...

Converting single 2D part shape defined DXF file into single CNC part program code for 2 axis CNC cutting machine. Automatically generate round shape lead in / lead out in a optimal position. User can set G code, M code, argument code value.

Generate NC code for CNC pipe profile cutting machine using 3D templates and simple parameter inputs. Complex 3D cutting path can be built adding various 3D cut models and checked in path window.

Bar Cut Optimizer and Manager is a length nesting optimizer and stock manager software. It minimizes the waste materials in the cutting process of any linear material like pipes, bars, tubes, profiles, paper rolls, extrusions, beams, cables etc.

Optimumcut-1D is a Stand-Alone (1 Dimension) Cutting List Generator and Linear Material Optimization Software Tool which calculates and displays exactly how to obtain the best yield from stock lengths of profile. Obtain The Maximum From A Minimum