PowerMill Additive: A suite of specialised toolpaths and controls helps programme high-rate deposition for additive manufacturing. Multi-threading improvements: Use the multi-threading of leads and link processing for faster calculation times. Uphill corner finishing: Additional user controls allow steep areas of corner finishing to be machined in the upwards direction to improve cutter conditions. Model filleting: Automatically add fillets to internal corners when calculating Optimised Constant Z and Steep and Shallow finishing toolpaths. Quality improvements: Affecting the quality of multiple toolpath types resulting in better machined parts. #POST PROCESSOR POWERMILL CONFIGURATION VERIFICATION#Speed improvements: Affecting calculation times for multiple toolpath types (Steep and Shallow, Constant Z, Raster, Corner) as well as toolpath verification and ViewMill simulation. Speed and quality improvements: Multiple improvements to toolpath calculation times and the robustness of PowerMill. Steep and Shallow ordering: A new “top-first” ordering option improves toolpath safety and helps prevent collisions between tool assembly and unmachined stock.Īutomatic collision avoidance for roughing: The ability to automatically avoid collisions by tilting the tool axis on a 5-axis machine now works with roughing and rest-roughing toolpaths. Safer collision avoidance: Enhanced ability to edit the tool axis of a toolpath within a region.Ĭombined profile and raster in-fill: A new option combines profile and raster toolpath segments into a single, more efficient strategy resulting in better printed parts.ĭynamic Machine Control for roughing: Use dynamic drag handles to change the tool axis used for roughing and rest-roughing toolpaths that use hemispherical tools. Improved arc-fitting: Better quality and reliability when choosing to fit arcs into toolpaths.įaster collision identification: The time taken to analyse toolpaths and draw collisions is significantly faster. Staggered start points: Start points on closed toolpath passes can be staggered to maintain forward machine motion for improved quality and faster cycle times.Ĭonstant Z with undercuts: Improvements to Constant Z finishing when machining parts with undercuts by using automatic collision avoidance.įaster model preparation: Work with toolpath calculation and toolpath editing and see how it has been speeded up substantially. #POST PROCESSOR POWERMILL CONFIGURATION PC#Trusted macros and HTML: Improved security to prevent macros or HTML documents being used to access or corrupt the data on your PC or extended network.įinishing toolpaths exclude flat areas: Certain finishing toolpaths can now exclude flat regions - knowing these will be machined separately.įlat finishing: Improvements to the accuracy of flat area detection resulting in more areas being found and machined as desired.Ĥ-axis collision avoidance: Collision avoidance can now correctly generate toolpaths containing 4-axis motion only. #POST PROCESSOR POWERMILL CONFIGURATION LICENSE#
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