3D high speed toolpaths based on Z-level cuts now process Z stepdowns across multiple cuts. In addition, corner rounding support is added in Ramp and Oscillate modes. You can now adjust feeds and speeds on the multi passes page, making it easier to control your tool motion. New air region chains define safe air the tool can move within via closed chains. Region Chaining has been simplified to machining region selection, allowing for single or multiple regions.Īdditional powerful tools in Mastercam X8 Mill include: It also expands the machining region to ensure the tool does not engage a lot of material on the very first pass due to an unknown exact block size. 2D HST Dynamic Mill has added first pass feed reduction and first pass offset to the Cut Parameters page, allowing for safer motion when the tool is entering material from the outside. Mastercam’s 2D high speed toolpaths (HST) now support multi-core processing on toolpaths with multiple machining regions. #MASTERCAM X8 REQUIREMENTS CODE#
After you enter an inspection parameter, the tool will retract and trigger an inspection code at the next linking move. Tool inspection was added to many multiaxis toolpaths, including Blade Expert and Port Expert. Safety Zone improvements make defining and editing the safety zone much easier. It supports offset or dynamic style strategies, and multiple depth floors. It allows the easy creation of pocketing toolpaths to rough out pockets that have a curved floor surface. Multiaxis Roughing is a new strategy added for X8. Mastercam X8 further hones and expands our Dynamic Motion engine by adding new options for even more control over the final cuts and better wear on your tools. The results include radically shorter cycle times, less wear and breakage of tools, and less wear on machines. They also use a proprietary set of rules to analyze tool engagement and the material removal, constantly changing the cut motion based on what the tool will encounter at the machine, optimizing the motion before the first chip is cut. In order to create the smoothest, most efficient cutting motion possible, Dynamic toolpaths calculate more than just the simple motion of the tool. Mastercam’s Dynamic Motion technology is a new and exciting approach to creating toolpaths.
Here are some of the most significant highlights and new functionality in Mastercam X8 Mill: Dynamic motion technology, 2D machining, and multiaxis features combine with dozens of additional new enhancements in a package intended to improve shop floor productivity. A warning message will display and you will need to create smoother chains (10 degrees or less for a maximum angle).TOLLAND, CT, – Mastercam X8 Mill offers expanded machining flexibility and an increased emphasis on speed and automation.
This will prevent partial chaining from succeeding if you chain select curves whose end tangents do not match within 10 degrees. Note: The maximum angle allowed in chaining is 10 degrees. Instead, it rounds the sharp corners with a small radius.
Mastercam does not allow sharp cornered surfaces to be created. There is no maximum limit to the number of contours you select. A mix of open and closed across contours will not create a new surface. You can create a net surface closed in one direction if the across contours are all closed. The Net Surface function will sort the chains out for accurate results. You can chain the contours in any direction and in any order. For contours that are not trimmed, the net surface will be created by trimming the curves appropriately to form the net of curves. As shown in the above graphics, a curve may or may not be trimmed in order to create a net surface. Href=”#” onmouseout=”MM_swapImgRestore()” onmouseover=”MM_swapImage(‘NetSurfOpen’,”,’./Pics_Parts/Net_Surface_Closed_Ends_ with_the_surface.jpg’,1)”> To view the resulting surface using the ApexPoint button before chaining, hold your mouse over the graphic. The following graphics show before and after pictures of two entities. In these cases, you must have the ApexPoint button selected before you chain the curves. Therefore you must manually position the apex point of the net surface. When creating a net surface where all of the across contours meet at one or both ends (examples shown below), the net surface to be created will have more than one possible apex point. Guidelines for creating net surfaces These items are guidelines to follow when creating net surfaces.
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