Contour Cutting Processing Of The Application Of The Mold

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The development process in the UG, CAM has been the processing industry are the most reliable partners in the workpiece. It not only provides accurate and reliable partner Tools Path, leaving NC programmers can design arbitrary increases in the eyes of most efficient Project Type. CIMdata survey last year reported that, EDSUG be regarded as all the supplier of CAM software, the most powerful competitor.



UGCAM has the following characteristics: Provide reliable, accurate tool paths. Directly in the surface and the entity processing. recliner sectional

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Good user interface, promised to work according to the needs of users, customized user interface can not only improve the operating efficiency and energy use and preserve the Konw-how.



Processing methods to provide diversity to facilitate the NC programmer to design a variety of highly efficient tool paths.



Provide a complete tool library and the library management function of machining parameters, so that new staff can take full advantage of the experience of senior staff, well designed tool paths. Universal



provide post-processing to generate the NC machining program for the NC.



UGCAM includes 2-axis to the five-axis mill, ó bed mill, wire cutting, large database management tool, physical simulation, after cutting and general purpose Processor And so on. In this article the author introduces triple-axis contour milling in the cutting in Mold Processing of the application.



Contour cutting Contour cutting in the mold processing, the main force for the need for tools and uniform processing conditions. Such as roughing, general tool by the powerful, so able to control the cutting contour cutting depth manner, the tool force is limited to a range. In addition, the processing or finishing, the processing area if too steep, too, need to extend the blade longer the case, due to long working hours deflection tool too, often need to use high-cut way to reduce tool force. The most popular high-speed cutting machine, cutting the users is high.



UG contour cutting function not only offers a variety of processing methods at the same time promised to the processing tool can be shaped in a uniform force can, and do the fastest, the best cutting. The following are the characteristics of UG contour cutting. Tool use is not restricted



NC machine tool programmers can follow the performance of billet material, clamping means and the cutting efficiency considerations, to choose flat knife, ball tool, round nose knives, T-type knives and other cutting tools for contour cutting. In the calculation, UG use the selected tool, such as along the machined surface layer calculations, they are able to produce accurate tool paths. Figure 1 and Figure 2 shows the T-type knife with a cutting tool path, Figure 3 shows the flat blade with a cutting tool path (thin line for the tool path).



Automatically detect the oblique down area (undercut)



UG automatically detect processing within the undercut region, and the tool automatically calculates the best path. Figure 2, with T-blade milling, if Chuck Non-interference in the processing side, UG possible for the most complete cutting. Figure 3, due to the cutting knife with a flat, so undercut region, UG generated tool path to process the entire tool surface does not met the principle.



Offers a variety of tool path patterns



UG contour cutting Gong Zhu double cutting, one-way cutting, spiral cutting, edge cutting and multi-border cutting. Which provide an efficient multi-layer border cutting crude feedstock processing path is steep deep processing of surface finishing a good choice. High-speed cutting machine can use this function to produce good machining path. Figure 4 for the multi-layer border cutting tool paths. Triple Road, every depth generate tool paths, the first product from the surface 3mm, second third-Road from the product side 1mm while processing the product surface.



Uniform force generated tool path processing



Mold machining, NC programmers or machine operators, often in order to avoid the NC program, tool locally excessive force, causing serious loss of the case tool, reducing the overall path, feed rate and the impact the whole processing efficiency. UG offers a variety of ways to set the feed rate, to solve this problem. Users can set the tool force feed the local rate (such as cutting the first cut, tool path back and forth, the tool path round the corner)



Set different regions at different depth of cut height



Processed in order to be able to leave a uniform billet, without consuming unnecessary processing time. UG offers users, according to workpiece shape characteristics, at different altitudes area, set a different depth of cut. Shown in Figure 5, along the surface of the multi-processing to do when we set in the steep region greater depth of cut, in flat areas, smaller depth of cut setting.