Ensure that you have an additive setup with an SLA/DLP or MPBF additive machine selected.
On the Manufacture workspace toolbar, click Additive > Supports > Edge with Bar Support .
The Edge with Bar Support dialog opens.
With Supported Model active, on the canvas, click the solid bodies, the faces of solid bodies, or the mesh face groups that you want supported.
In the General tab, enter a Maximum Angle to XY-Plane to specify the angle of edges, below which supports get added.
Example of a Maximum Angle to XY-Plane of 20 degrees (left) and 35 degrees (right).
Enter a Bar Distance to specify the maximum distance between individual bar supports.
Enter a Minimum Z Value and a Maximum Z Value to specify the smallest and highest heights, between which supports get added.
Example of bar supports with a Minimum Z Value of 30 mm and a Maximum Z Value of 40 mm.
In the Bar Properties tab, choose options for Bar Size and Bar Shape to specify how thick the supports are and determine the cross-sectional shape of the supports.
Example of Cross (left), Solid Bar and Single Hatch Tube (center left), Solid Cross (center right), and Hatch (right) bar shapes. A Single Hatch Tube is the same shape as a Solid Bar, but the way the Single Hatch Tube is sliced during export is different.
(Optional) To create support-to-part connections that make the supports easy to break off by hand, in the Connections tab, select the Breakpoint checkbox and choose the Breakpoint Type.
(Optional) To prevent a thickening of the supports at the build platform, deselect the Pad on Platform checkbox.
Click OK.
The supports are generated and, in the Browser, under the Supports node, an Edge with Bar Support child item is added.
If the setup uses an MPBF additive machine, you can now generate, and then simulate, the additive toolpath. Otherwise, export the build file.