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3D modeling

Creo Parametric
Inventor

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Solid state 3D modeling

  • Creating accurate geometry regardless of the complexity of the model;

  • Automatic scaling of thumbnails for quick and easy reuse;

  • Quick creation of such design elements as rounding, chamfers, holes, etc .;

  • Creating detail options using family tables.

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Assembly modeling

  • Intellectual capabilities for working with assemblies;

  • Creating simplified ideas "on the fly";

  • Share lightweight but accurate model views with the Shrinkwrap tool;

  • Effective real-time detection of intersections.

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Detailed documentation, including 2D and 3D drawings

  • Creation of 2D and 3D-drawings according to internal standards, including ASME, ISO, JIS, ESKD;

  • Automatic creation of associative material specifications (BOM) with notes;

  • Automate the creation of drawings and templates

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Technical creation of surfaces

  • Development of surfaces with complex geometry using sweeps, blends, extends, offsets, as well as a wide range of specialized tools;

  • Surface trimming / lengthening using tools such as extrude, revolve, joining and stretching;

  • Perform surface operations such as copy, merge, expand, and transform;

  • Problems of geometry of complex surfaces.

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Free modeling of surfaces

  • Rapid creation of free surfaces and shapes using sub-divisional modeling capabilities;

  • High quality parameterized surfaces can be used immediately in the process of detailed 3D design;

  • Multi-level modeling with unbundling for great opportunities for surface control, which allows you to change the details without affecting the existing shape;

  • Parametric control of free geometry by synchronization with existing curves or edges with touch control.

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Modeling of sheet steel components

  • Creating walls, fungus (bends), through holes (punches), notches, notches, shapes and reliefs (reliefs) using a simple user interface;

  • Automatic creation of flat patterns from 3D geometry;

  • Apply a wide range of bending tolerance to create flat product models.

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Modeling of welded joints and structures

  • Optimized user interface for designing structural frameworks;

  • Setting requirements for connections;

  • Obtaining from the model such valuable information as mass properties, tolerances, intersections and cost;

  • Easy creation of 2D documentation for welded joints;

  • Intelligent component library and automatic creation of materials for faster creation of designs than when using standard techniques.

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Data exchange

  • Work with various standard file formats, including STEP, IGES, DXF, STL, VRML, AutoCAD DWG, DXF (3D import with associated 2D), ACIS import / export, Parasolid import / export;

  • Convert, using Unite technology, data from other CAD systems, including: CATIA, Siemens NX, SolidWorks, Autodesk SolidEdge.

  • Incorporate non-PTC Creo data directly into these models without creating additional business objects or files;

  • Support for the export of non-PTC Creo formats (CATIA, Siemens NX, SolidWorks) and their corresponding updating with the help of paid funds.

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