The latest release of Netfabb includes a number of updates to support structure generation. This includes the ability to recalculate support attachments, create angled block supports, edit support attachments, and edit supports in 2D among others. Refer to the Working with Support Structures section of the help for more information about support structure creation.
Netfabb now provides the ability to visualize displacement results from Autodesk® Netfabb® Local Simulation. This allows you to understand how the part will deform and quickly identify regions where the support structures may need to be adjusted.
The Lattice Commander integrates the functionality from Optimization Utility and Lattice Topology Utility to provide easier end-to-end workflows for latticed structures from design to production. You can import a mesh into Netfabb, generate a lattice structure from a surface mesh, generate a lattice mesh from a lattice structure, modify lattice structures by adjusting beam thickness and positioning, and merge and partition lattices.
The part orientation module allows you to quickly select an orientation for your part from a list of heuristically determined suggestions based on the minimal amount of supports. Any projected support structures from the part are automatically reoriented when a new orientation is selected.
A new Quads remeshing type has been added.
Updates to the Labeling module allow you to create shield labels and define a default font family.
The Slice Commander has been updated to allow you to reorder parts in the slice list, visualize hatch directions, predefine automatic slice naming, and split contours.
The array tool has been improved to allow you to easily create duplicates of your part along the positive or negative direction of the axis or around the centered original part. You can also define the spacing placed between the duplicated parts along each axis, where applicable.
The following new machine workspaces have been added:
The File menu now contains a list of the most recent files used in Netfabb. This list of recent files can help you quickly identify recent projects without the need to browse for your models.
Coloring or textures on a part is now represented by an icon directly in the Project Tree, allowing quick access and toggling of visibility.
Netfabb's UI received a technical upgrade that allows smooth display on 4k screens.
You can now export a component created in Optimization Utility directly to Netfabb.
The latest release of Netfabb provides greater interoperability between Netfabb and Simulation Utility. This includes the ability to import the build plate size and the number of lasers directly from the machine selected in Netfabb. This ability reduces the need to redefine these settings when your model is transferred to Simulation Utility.
You can now perform PRM and part-level simulations on Linux operating systems. This gives you the added flexibility to export solver input files directly from Simulation Utility and solve on a separate Linux machine.
The new meshing capabilities give you enhanced control of the mesh size for your model. Choose between the default wall thickness meshing approach or the new layer based meshing approach. The new layer based approach allows you to specify the number of coarsening generations and the number of layers per element.
This added functionality allows you to use unique process settings for different regions of your model.
Analysis improvements include the ability to post-process stress results that were previously only available as a technology preview. In addition to these stress results, you can also examine plastic, equivalent plastic, and elastic strain results from your part-level analyses. You may also stop the part-level analysis if a recoater blade interference is detected.
The 3MF file type is now supported in Simulation Utility.
The results probe functionality has been enhanced to allow a window selection of several points at once. This can significantly speed up post-processing of results.
PowerShape Utility now includes new tools that make it easier to create flexistock and superstructures. Additionally, you can drag creation points to move them within the view plane, making flexistock and superstructure creation easier and more intuitive.
The export options in PowerShape Utility have been simplified so they are easier to use.
The title bar has been removed for this release. All options previously contained in the title bar are now available in the Options panel, which is accessible by selecting the .
The latest release of Netfabb provides greater interoperability between Netfabb and Advanced Toolpath Utility. This includes the ability to use custom encrypted build processor archive (EBPA) files in Netfabb. Using the EBPA files directly in Netfabb can streamline your process of creating machine specific build data.
Advanced Toolpath Utility now provides debugging capabilities for the syntax of all script entry functions.
Moving adaptivity (*ADPM) can now be used with multiple layers (*LFUS).
The *PBSN card was added to specify build plate properties for simulations with multiple PRM files.
Loose element removal now removes solid elements floating on *+PDR powder elements.
The *OFC2 and *OFC3 cards were added to save memory by keeping large arrays on disk. The initial values are set automatically based on required memory estimates. You can use the *NOFC keyword to override the automatic settings.
A new argument was added to the *RCTR keyword to terminate the analysis after recoater interference.
STL diagnosis was added prior to voxel meshing to help identify non-oriented STL files and STL files with non-manifold (border) edges.
The fast costing -f command line argument was improved to provide . an estimate of the memory required for a mesh preview.