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|  | Create 3D Models, Assemblies and Mold Design | | Create CAE analysis for verify potential problem
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| | - Creating Stylized concepts
- Creating new concepts from existing models
- Creating new concepts in 2D
| | - Perform different kinds of analysis including: linear, non-linear , contact, dynamic, fatique, CFD, heat transfer, etc.
- Input boundary conditions, force applied, material information
- Automatically generate mesh
- Perform CAE calculation to simulate deformation, stress and heat distribution, warpage, air flow direction, etc.
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| - Quickly create complex, stylized shapes
- Direct manipulation with 3D dragger
- Trim, merge, round, thicken, solidify to make the model solid
- High quality, curvature continuous, final production surfaces
- Multi-Dimensional editing
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| - Quickly and easily make direct changes to your parametric design
- Preserve original design intent, capturing your edits as parametric features
- Add parametric design intent to data imported from other CAD systems
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| - Design complex products using powerful tools to support any top-down design process
- Create alternate product variations, allowing fast mass product customization
- Create layouts for documenting and driving the configuration of models
- Create assembly drawings and process plans
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| - Graphically evaluate mold draft, undercut, thickness and projected area, and then make instant repairs
- Design within two process-driven user interfaces – one for mold, one for casting
- Create and modify any features such as drafts, rounds, complex surfaces and parting lines to improve moldability
- Compensate for both isotropic and anisotropic shrinkage
- Build patterns and sand cores that reference design part geometry
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