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Solid
Edge is an industry-leading mechanical design system with exceptional tools for
creating and managing 3D digital prototypes
Features
Superior core modeling and process workflows
that help engineers design more rapidly by modeling
parts more efficiently than other CAD system
Solid
Edge harnesses the power of Parasolid ® - the modeling kernel owned and developed by
UGS and, at more than a million licensed seats, the de-facto standard for
3D mechanical CAD. |
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innovative parametric modeling tools allow designers to quickly create
basic shapes and easily add common mechanical features like holes, rounds and
chamfers, as well as more complex geometry such as draft angles, lofts and helical
features. And,
for designer s of more "stylistic" shapes such as those prevalent in consumer
products and many other industries, Solid Edge's revolutionary Rapid Blue technology
provides shape design tools that have enormous power and flexibility, while remaining
easy to implement and use. |
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Solid Edge easily tackles large
assembly models that are fundamental to mechanical
design. Solid Edge customers are regularly creating massive assemblies,
topping more than 100,000 parts. Sheet
metal is a core design capability of Solid Edge, with support for the entire
design-through-fabrication process. From streamlined modeling commands
that are tailored to the unique needs of sheet metal design through flat
pattern development and the creation of engineering drawings | | |
| | Solid
Edge helps battle design complexity by creating functional 3D virtual prototypes
that help you optimize and differentiate your designs
without having to produce expensive physical prototypes. |
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Solid
Edge contains an unmatched set of capabilities for the 2D documentation
process, with excellent drawing layout, detailing, annotation and
dimensioning controls that automatically comply with the mechanical drafting
standard you select.
Using Quicksheet templates in Solid Edge, you can
eliminate repetitive tasks by pre-defining a drawing layout
and creating new drawings by simply dragging a different
part or assembly into the template. All views then re-compute to create
the new drawing, including any derived views such as sections or detail view,
as well as parts lists and auto balloons | | |
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