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The quality control module performs several post-processing checks to assure the solution is valid and accurate. Also the cutting instructions are generated during this step. All specified parts get moved and turned in different ways to find such layout that occupies as less space as possible. The optimization engine performs two major steps of the calculations: Parts placement. Get the coordinates of the parts or/and cutting instructions.
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Run the optimization process using 1D or 2D calculation methods. Specify the saw thickness / kerf if applicable. Specify list of rectangular parts to cut (AddPart / AddLinearPart). Specify stock parameters (AddStock / AddLinearStock).
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1ΔΆ The typical workflow is: Create the instance of the calculation class. Support various operating systems and platform. Incomplete optimization for limited number of stocks. Rotation of parts by 90 degrees for better optimization. Generates list of remaining parts for guillotine cutting. Non-zero saw thickness / kerf, part-to-part gaps. Minimization of the cutting layouts (woodworking feature). Horizontal, Vertical and Automatic cutting directions. The main features of CutGLib are: Cutting complexity levels from 2 (simple XY cuts) to 6. The library not only finds the parts placement but also generates the cutting instructions that can be easily translated for the CNC controllers.
#Free linearpart cutting optimizer how to
Having a list of rectangular parts CutGLib finds how to cut them from rectangular stocks with minimal material waste.
#Free linearpart cutting optimizer software
CutGLib is a software library to perform the cutting optimization for rectangular (2D) and linear (1D) parts. (C# syntax) Cut one linear stock Cut multiple size linear stocks Cut one size stock Cut multiple size stocks General Information. 9 Calculation Methods: Linear (1D) method: Rectangular (2D) method: Result Methods: Linear (1D) methods: Rectangular (2D) methods: Getting cuts Export results to file Example of the Library Usage. All rights reserved General Information Library Interface Input Properties.