9 Simulation Final
• Import Models
• Create a Block
• Create Workplanes
• Import cutting Tools from The Database
• Create Safe Area Heights
• Create Roughing Strategies
• Create Finishing Strategies
• Perform Toolpath simulations (ViewMill)
• Create NC output code
• Save Projects
Vortex machining is an area clearance strategy which rapidly removes material from a 3D part while accurately controlling the tool loading. Vortex is best suited to solid carbide tools and is frequently used in combination with step cutting.
The engagement angle never exceeds that produced by a straight line cut with a given stepover. This eliminates excessive tool load and all full-width cuts. This enables you to increase feed rates. As the tool approaches the maximum engagement angle, the strategy automatically changes to use a trochoidal path to avoid tool overload.
• Create both Area Clearance and Model Rest Area Clearance Strategies.
• Create an Offset Flat finishing strategy.
• Create a Steep and Shallow Finishing strategy limited within a Boundary.
• Create a Corner Finishing strategy.
• Create a NC Program.
• Run a ViewMill Simulation.
• Create a Block.
• Create a New Workplane.
• Generate an Area Clearance Strategy.
• Create a Steep and Shallow Finishing toolpath with a variable Constant Z stepdown and a large Shallow Stepover.
• Create a Block
• Create a Workplane
• Create an Area Clearance strategy
• Create a Shallow Boundary
• Constant Z Finishing strategy
• Create a 3D Offset Finishing strategy
• Create a Steep & Shallow Finishing strategy
• Create a Flat Finishing strategy
The boundary is made up of numerous segments which define shallow areas. Any one of these segments can be selected and deleted if required, with the exception being that if it is assigned to a toolpath it will be locked.
This Boundary is best suited to steep walled and shallow surface machining techniques
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