|
|
|
If you need to cut or shear :
- Fibreboards ...
- Steel and stainless steel sheets ...
- Polycarbonate boards
- Glass panes
- And other square materials ...
and you spend hours of work and thinking in trying to achieve the most optimum arrangement of individual parts on the material sheet surface, imagine that you can spend this time by doing what you like the best or simply more efficiently.
Imagine at the same time, that all those small cut offs, which remained in your workshop or warehouse from previous jobs and there is hardly ever any further use for them now, would join into larger pieces and they would be used in next jobs. Certainly, you will have many ideas how to spend the money saved this way.
If you multiply these imaginations by an average 90-95% efficiency of arrangement of necessary parts in few seconds, then you get a general idea about the contribution and help provided by the Optimik program.
The goal of the Optimik program is to minimize the time required to design a cutting plan compared to ”manual” designs and increase the efficiency at the same time. When creating a plan, it arranges the specified rectangular boards on as minimum number of material sheets as possible, whereas it also makes use of cut offs from previous jobs, identifies the waste as maximum usable cut offs and thus saves your time and money extensively.
|
|
|
guillotine cutting
cnc plasma cutting
sheet metal cutting
bar cutting
-------------------------
|
|
Optimik: http://www.rksoft.sk/Download/optimik.exe
|
|
Cut 1D X is an Automation Component used for obtaining cutting designs of one dimensional pieces which may have angles different of 90 degrees at their extremities. Cut 1D X can be used for cutting linear pieces such as bars, pipes, tubes, steel bars, or any other material used by industrial applications. Cut 1D X can be used within any programming enviroment such as Delphi, C++Builder, Visual Basic, Visual C++ etc
Features:
Pieces to be cut can have angles different of 90 degrees at their extremities. A lot of material can be saved by properly matching 2 pieces having sharp extremities. For instance, if you match 2 pieces having 45 degrees at their extremities you will save as much as the height of the pieces.
Automatically compute the number of maximal repetitions for the current layout.
Compute the cutting order which is very important if the extremities have angles different of 90 degree. If all angles have 90 degrees the cutting order is not important.
Very fast algorithm (Solutions are obtained in seconds).
Compute the waste for the current piece.
Independent measurement metric.
Adjustable cutting blade thickness.
Adjustable optimization level.
Can be embedded within any language that supports automation (VB, Delphi, C++Builder, VC++, C# etc) and dynamic link library (dll).
Cut 1D X: http://www.optimalprograms.com/cut1dx.zip
Optimumcut-1D Professional: http://www.optimumcut.com/downloads/software/evaluation/OPTIM120.zip
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. Maximise Yield, Minimise Waste, Save Time, Save Money. Obtain The Maximum From A Minimum |
|
|
|