Features included in Fusion 360 with PowerMill® enable easier 3- and 5-axis programming, simulation, and verification, so manufacturers can get more from their subtractive, additive, and hybrid machines.
Features included in Fusion 360 with PowerMill® enable easier 3- and 5-axis programming, simulation, and verification, so manufacturers can get more from their subtractive, additive, and hybrid machines.
Rapid calculation of toolpaths for large or complex parts. Machine surfaces, solids, or meshes. (video: 2:48 min.)
Cut parts faster with high-efficiency roughing. Prolong tool life and reduce maintenance costs. (video: 3:15 min.)
Access a vast library of toolpaths. Improve surface finish, while minimizing manual polishing. (video: 3:02 min.)
Make global or localized edits to your toolpaths without the need for lengthy recalculations. (video: 2:44 min.)
ULTIMATE (Subscriber benefit)
Create, control, and simulate deposition strategies for driving high-rate additive processes. (video: 2:40 min.)
ULTIMATE (Subscriber benefit)
Create probing toolpaths to measure parts with spindle probes. Share 3D reports with Autodesk Drive. (video: 2:07 min.)
Machine complex features with fewer setups, shorter tools, and more aggressive feeds and speeds. (video: 2:10 min.)
ULTIMATE
Machine the most challenging parts more safely and efficiently with continuous 5-axis machining. (video: 3:24 min.)
ULTIMATE
Make global or localized edits to 5-axis toolpaths for improved machine motion and shorter cycle times. (video: 2:50 min.)
Simplify the process of creating collision-free 5-axis toolpaths with automatic tool axis tilting.
Use interactive tools to help identify and repair toolpath motion that can cause collisions or near misses.
ULTIMATE
Improve the synchronization between 5-axis simulations and actual NC program output.
ULTIMATE
Select multiple regions of your toolpaths; use a virtual CNC machine to dynamically apply alternative tool axis settings.
Access tool types, including barrel cutters, and combine with 3- and 5-axis strategies to meet your machining needs.
Output high-quality NC code for your machines. Access the latest machining functions on major NC controllers.
ULTIMATE
Offline programming and simulation of robots. Analyze axis motion to reduce singularities and over-travel. (video: 2:56 min.)
ULTIMATE
Automate the design, manufacture, inspection, and subsequent EDM burning of electrodes. (video: 2:47 min.)
ULTIMATE
Use specialized 5-strategies to machine blisks, IBRs, and impellers with safe CNC machine motion. (video: 1:38 min.)
ULTIMATE
Get dedicated tools to safely machine turbine blades, vanes, and other airfoils with smooth 5-axis motion.
ULTIMATE
Access specialized CNC machining strategies for the production of engine ports and manifolds.
ULTIMATE
Produce cutter-friendly toolpaths to mill ribs in molds and dies. Use as a low-cost alternative to EDM.
Dynamic ViewMill provides improved image quality. New options to detect and display collisions with stock.
Quickly identify material left unmachined using color-coded shading modes.
Use a single command to verify your CAM project to find and remove collisions and near misses.
Simulate your toolpaths and NC programs using a virtual CNC machine. Highlight over-travel and rotary axis reversals.
Dynamically orientate your virtual CNC machine tool to use shorter tools and more aggressive feeds and speeds.
Quickly transfer your NC programs and associated data to third-party verification software for added peace of mind.
(Subscriber benefit)
Securely store, preview, and share PowerMill data with project stakeholders.
User-friendly interface shortens the learning curve, and offers customization for more experienced programmers.
Manage workplanes, stock, and clamps when programming parts using multiple operations.
Interactively create 2D features, toolpaths, and NC code with control over cutter compensation.
Embed your expertise into templates, macros, and toolbars. Minimize programming time and human error.
Build a searchable tool database and share across your engineering team for greater process control.
Share vital information with your shop-floor operators. Minimize setup time and help avoid costly mistakes.
Import surfaces, solids, or meshes from mainstream CAD systems. Create high-quality NC code regardless of model quality.