As less of the tool is engaged with the material, thinner cuts are taken from the stock. Radial chip thinning (RCT) occurs any time the stepover amount or the width-of-cut is less than the radius of the tool. But how does it accomplish this? By exploiting the power of radial chip thinning. Dynamic avoids this by consistently monitoring the tool and stock and by dynamically adjusting the motion of the toolpath such that the tool remains safe.
The result is damaged tools, ruined stock material, and wasted time. When a tool becomes damaged, it loses its shearing ability and begins to tear material instead of cutting it cleanly. Too much heat and the tool is damaged or destroyed completely. When feeds, speeds, and angles are not optimized, unnecessary heat builds up, overheating the tool and its protective coating.
How Mastercam OptiRough Works Dynamic Motion applies optimized cutting motion to any set of geometry. With just a few clicks, a programmer can create powerful, safe, and efficient programs for their entire part.Īccess the Dynamic OptiRough toolpath from the 3D gallery in the Mill Toolpaths contextual tab. New users will be relieved by how easy it is to use this all-encompassing roughing strategy. Experienced OptiRough veterans will be thrilled with the new ways to use its reduced cycle times and increased tool life in Mill. The only difference is that now OptiRough has been added to all levels of Mill and Router, making it available to all customers. The Dynamic OptiRough in Mastercam 2022 is the same widely-used and trusted technology that users have been employing for over a decade. Thanks to the updates with Mastercam OptiRough in our latest release, more CNC programmers have access to this time-saving tool. Reducing programming time frees up CNC programmers to program more parts and allows them to be more hands-on throughout the machining process. CNC programmers spend a portion of their time in an office environment programming complicated parts before they can be machined.
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