Using the new capability, a lightweight 2D view of the existing 3D geometry can be created. Two-dimensional views can now be derived from finished 3D models and then used to represent the position of the 3D part within a 2D layout.įor example, a user could start with 3D geometry of an existing part, such as the frame of a tractor, to which additional geometry, such as a plow, needs to be added. In Solid Edge V17, UGS has enhanced this 2D/3D hybrid design methodology with the ability to convert 3D parts into 2D profiles for use in creating 2D design layouts.

Once the assembly structure is determined and parts created, you publish the virtual components to create the actual assembly. This allows users to set up an assembly structure before actually modeling the components-think of it as first setting up an outline for the assembly tree and then creating the individual parts. Included are enhancements to the software’s hybrid design capabilities, direct editing of 3D models without having to work within the confines of a history tree, support for very large assemblies, and tools that make it easier for new users to learn to use the software.Īs part of its “Evolve to 3D” philosophy, a four-step approach for moving 2D users to 3D, Solid Edge V16 introduced what UGS calls virtual components and zero D design. This time around, UGS has focused on tools that make it easier to design increasingly complex products. Its latest release, Solid Edge V17, is no less impressive. Last September, Desktop Engineering looked at Solid Edge V16, which introduced adjustable parts and what UGS refers to as 2D/3D hybrid design. The folks at UGS are continuing their aggressive upgrade schedule, rolling out a new version of Solid Edge every nine months.

Solid edge v17 portable