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Autodesk FeatureCAM Ultimate x64 - ShareAppsCrack.Delcam FeatureCam Free Download Software
See FeatureCAM features. Program mills, lathes, turn-mills, and more video: min. Produce NC code for a wide range of machine types. Watch video min. Rapid fixture creation. Accurate machine simulation. Team collaboration. Communicate across teams to maximize design and manufacturing profitability. Discover valuable FeatureCAM resources. Self-paced learning. Start training.
Swiss-lathe programming with PartMaker. Watch videos. Useful resources. Frequently asked questions FAQs. Reporting: Product usage reporting See an aggregate summary of how many people are using each product and version, and the overall frequency of use. Bulk import and assign Upload a CSV file to add and assign a large number of users at once. Collaboration: Autodesk Drive Store, preview, and share design data securely.
Shared views Share work with stakeholders quickly and securely. Visit the Autodesk Services Marketplace to find Autodesk-approved professionals to help you with: Training and implementation Systems integration Business process and workflow optimization BIM services and much more Note: Any service contracted with providers is a direct, paid engagement between customers and providers. See more. See less. Support and learning.
It must be connected to your network. If bit, then download the bit version instead. The bitness of your download must match the bitness of the database server computer, and has nothing to do with the bitness of your client workstations. You may download the language of your choice. Import tools from another database elsewhere on your network Upgrade an existing database to the latest version of FeatureCAM and load it with all of the default tooling.
Simulation improvements FeatureCAM R2 includes these simulation improvements: 3D simulation is faster see page Round stock is displayed more accurately see page The results of the changes made are very dependent on the simulation, and also depend to some extent on the graphics card being used. For very large tools, performance was often poor because the entire tool, often consisting of thousands of facets, was being simulated, when only a small portion of it affected the stock.
The changes in this version mean that 3D simulation will often recognize these situations and only carry out simulation with the part of the tool that is close to the stock. This can give big performance improvements in some situations, and often gives improved quality for multi-axis simulations. Round stock display improved In FeatureCAM R2, you can make the simulation of round stock used by turning and indexing parts more accurate.
There is a new Round Stock tab in Simulation Options which includes the new Roundness tolerance attribute. Roundness tolerance Reduce the tolerance to make round stock appear rounder and less faceted. Lower Roundness Higher Roundness tolerance: tolerance:. With 4-axis wrapping, it is easier to program barrel cams see page These features are supported: Boss Pocket Side Face features created with feature recognition if the plane of the face intersects the clamp solids.
When you select an NT roughing toolpath as the Stepover type on the Strategy tab for one of these features, a new Check surfaces button is available on the Dimensions tab:.
Use this dialog to select surfaces that you want to use to limit machining. Check surfaces are surfaces that denote areas that you do not want to machine. Select surfaces that are more horizontal than vertical. A check surface acts as a boundary up to which milling occurs.
If you select a vertical check surface the milling may resume on the other side of it if the surface to be milled extends beyond the check surface. To pick additional surfaces, click Pick again before selecting each additional surface.
If you are using check surfaces to avoid clamps, you can do this automatically using the Clamp avoidance dialog. Optionally enter the minimum distance that you want to leave around the check surface s , using the new Check allowance attribute on the Milling tab for the rough operation:.
This particular feature uses 4-axis milling and takes a centerline of the cam slot, along with the diameter of the follower, and produces a toolpath with a tool of a given diameter that may be smaller than the follower. When wrapped around the X axis, small Y moves are used in conjunction with adjustments to A in order to get the walls of the slot to be correct. There are now advanced stock model settings see page Stock models are not yet available for 4-axis and 5-axis operations.
Use the new Stock Model Options see page 68 button to access advanced stock model engagement options. Stock model rest roughing These attributes apply to the rough operation. Expand area by Enter a value to expand rest areas by the specified distance measured along the surface. A negative value reduces the size of rest areas. Detect material thicker than Enter a threshold value. FeatureCAM ignores rest material that is thinner than the specified threshold. Minimum gap length Enter the gap length, which controls fragmentation by replacing gaps shorter than this distance with a toolpath segment.
A large value reduces fragmentation, but increases the length of the toolpath that isn't actually cutting material. A small value produces shorter toolpaths but increases the number of toolpath lifts. Stock model engagement for finishing These attributes apply to the finish operation.
They reduce tool wear, improve surface finish, and stop the tool engaging with the material excessively. Machine stock only Select this option to limit the toolpaths to areas where a minimum amount of stock is being removed from the stock model. Minimum length removed Enter a threshold value.
FeatureCAM ignores toolpath portions that are shorter than this. Use depth of cut Select this option to limit the depth of cut to the value you enter. Turn improvements FeatureCAM R2 includes these turn improvements: You can control the liftoff angle with a new attribute see page You can use an arc to lead in and out for the finish pass of a Turn or Bore feature see page You can also set its default value for the current document on the Grooving tab of Machining Attributes:.
This attribute enables you to lift the tool off the part after each plunge cut, at the angle you specify. You must also set the Side liftoff dist. The default behavior is for the tool to lift off the part at 90 , shown by , after each plunge cut. This results in tool contact with the uncut material, at , when the tool is retracting at a rapid feed rate along the X axis:. You can avoid this by using the Side liftoff dist.
However this results in the tool rubbing along the remaining material along the Z axis. Use the Side liftoff angle attribute, in conjunction with the Side liftoff dist. Side liftoff dist and Side liftoff angle are ignored for the retract move at the end of the first plunge.
The liftoff move is performed at the plunge feed rate. If the groove is a round-bottomed groove, then liftoff is not used, even when specified. This enables you to finish large parts in sections. There is a new Leads tab for the finish operation of Turn and Bore features, with the new Arc in and Arc out options:.
When using Arc in and Arc out with TNR Comp enabled, small linear moves are added to the toolpath before the arc in and after the arc out. Compensation is turned on during the linear segments:. This takes into account previous bar pulls. For a Cutoff feature with transfer, there is no concept of feature location because the only location is the cutoff location. This capability was removed from the software long ago, but has been missed. Specifically the ability to make a pattern of features has been restored, where the object of the pattern is located in the XY plane as opposed to in-place, because many users preferred this original approach.
Function Returns the position of the first occurrence of string2 within string1. String indexes are 0-based. The return value indicating "string not found" is Returns the position of the first occurrence of string2 within string1.
The search begins from the end of the string, but the position returned counts from the beginning of the string. N Naming features 2 Network database improvements 61 Never select this tool 39 NT toolpaths for finishing P Parasolid kernel U Unigraphics NX 8. All trademarks are the property of their respective owners. Open navigation menu. Close suggestions Search Search. User Settings. Skip carousel. Carousel Previous. Carousel Next.
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Difficulty Beginner Intermediate Advanced. Explore Documents. Uploaded by Daniel Jimenez. Did you find this document useful? Is this content inappropriate? Report this Document. Flag for inappropriate content. Download now. Jump to Page. Search inside document. Layers context menus Right-click on the Layers item in the Part View to display a context menu: New Layer Select this option to create a new user layer. Right-click on a layer name in the Part View to display a different context menu: Show Layer Select this option to show the contents of the layer in the Graphics area.
The new Activate all available product components option is selected by default: If you want to evaluate components that you have not licensed, select the Manually select product components option and select the components individually. There is a new option in the Tool Holder Properties dialog: Select Use solid to describe holder shape and select the solid from the list. Enter a value to enable automatic filleting: If you enter a Fillet Radius value and click Apply, the Graphics window is updated, so you can preview the fillet.
Ansoft TPA 5. Contact us. Whether you are using 2, 3, 4 or 5-axis CNC machines, or even 6 or 7-axis robots, PowerMILL enables you to program the most efficient toolpaths you can imagine. New Features PowerMILL includes a variety of new features to help you manufacture parts with more speed and flexibility than ever before.
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