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There are always tons of processes that can be used to meet with the manufacturing requirements. download adobe acrobat pro fre to control or control the tool path into a specific region of the part. This post describes the way to control and check tool route for Z-level machining in ZW3D. Here are a few of the alternatives that are available: 1. Z guidance: You can choose the Top and Bottom option to define the machining height or the machining area between two points typically in the Z axis (Figure 1) Figure 1 zwcadclub.com/uploadfile/images/2011-1-20ToptoBottom.png 2. Z and xY direction simultaneously: If we simply have to machine the perpendicular outside surface of the Part, we can decide the top profile and the bottom profile after which define them as containment features. As illustrated in FIG.2. Figure.2 zwcadclub.com/uploadfile/images/2011-1-20Outsurface.png The resulting tool course is revealed in the right of FIG.2 As mentioned previously, if there's any have to control the machining height, we can check in using Bottom and Top containment. 3. Featuring tool paths using profiles: As revealed in FIG.3, if we need to machine the place between two or more profiles, we simply define them as containment attributes and then choose the component and containment with the results shown in the right of FIG.3 Figure 3 zwcadclub.com/uploadfile/images/2011-1-20Betweenprofiles.png 4. download adobe acrobat pro fre of course empower the Equal Cusp Choice and ZW3D would automatically add more passes to maintain the desirable cusp height and surface finish. In this example let's use containment to force ZW3D to only machine the steep areas of the area. By establishing a Minimum Angular limit and Maximum Angular limit, ZW3D simply computes tool route in the regions whose angle is between the Min and Max. The tool path in FIG.4 was comprised between a minimal 45 and a maximum 90 angles. We're able to then use a different machining operation, including Zigzag to finish the more level regions of the blow mould cavity (minimum1and maximum 45) Figure.4 zwcadclub.com/uploadfile/images/2011-1-20Angular limit.png 5. Single surface containment: Occasionally there will be a single surface that has to be machined on its own. In this event, we merely create Tool path with this surface. So we should choose the border of the surface as a shut profile, and then define it to as a containment feature as follows Figure.5 zwcadclub.com/uploadfile/images/2011-1-20Single surface.png Compute it, the Tool route just as illustrated in FIG.5. 6. Feature the extent of Tool course in XY direction: In FIG.6, we can see the Tool path goes beyond the boundaries of the part. By creating the choice of percentage % offset in containment alternative of Parameter form, the extent of Tool route in XY direction can be controlled as exemplified in FIG.6 Figure.6 zwcadclub.com/uploadfile/images/2011-1-20Extentlimit.png 7. Surface Restricting Containment. For some Parts (Like the Part revealed in FIG.7), we need the tool course to be restricted to the underside shape of the part. Figure.7 zwcadclub.com/uploadfile/images/2011-1-20Bottomsurfacelimit.png Discover that in the case of FIG.7, the tool course would waste time in unnecessary air cuts. Thus, we can choose all the bottom surfaces as a containment surface characteristic and ZW3D will create the tool path as shown in FIG.8. Figure.8 zwcadclub.com/uploadfile/images/2011-1-20Bottomsurfacelimit2.png About ZW3D ZW3D, The All-in-one CAD/CAM, was comprised into ZWSOFT's product portfolio in 2010. download adobe acrobat pro fre experience ZW3D 2010. Please visit zw3d.zwcad.org/ to download a free 30-day trial today.

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