About
Optimization 2D X is a powerful automation component used for obtaining optimal cutting layouts for two dimensional surfaces.
Optimization 2D X can be used for cutting rectangular sheets made of glass, wood, metal, or any other material used by industrial applications.
Optimization 2D X can handle any number of parts to be cut (also called DEMAND pieces) and any number of stock sheets (also called REPOSITORY pieces).
Optimization 2D X can be used within any programming environment such as Delphi, C++Builder, Visual Basic, Visual C++, Visual C#, Visual J# etc.
Features:
- Any number of pieces in Demand and Repository.
- Guillotine optimization (The cutting are performed from one side to the other of the material).
- Non-guillotine (nested) optimization (The cutting machine can follow the shape of the material).
- Multi-stage cutting optimization (Only horizontal / vertical cuts are permitted in the first stage and only vertical / horizontal are permitted in the second stage and so on)
- Manual arrange of pieces after optimization (for guillotine optimization).
- Priority for pieces from Demand and Repository.
- Holes in the Repository sheets. No Demand piece can overlap with the holes.
- Adjustable cutting blade thickness.
- Adjustable optimization level.
- Adjustable cutting length.
- Three optimization algorithms available.
- Adjustable breakage width (useful for cutting materials by breaking them - e.g. glass).
- Manual editing of the obtained layouts.
- Virtually any length or width.
- Statistics related to the current optimization.
- Any measurement metric.
- Very fast algorithm (Solutions are obtained within seconds).
- Can be embedded within any language that supports automation (VB, Delphi, C++Builder, VC++, Visual C#, Visual J# etc).
Optimization 2D X is produced and distributed by S.C. Optimal Programs S.R.L.
(c) 2004-2008 Optimal Programs SRL
Optimization 2D X is protected by the international copyright laws.