It uses DXF, DWG (AutoCAD), IGES, STL and STEP file formats for data exchange. VariCAD is available in English, Japanese, Chinese, Portuguese and German versions. The files can either be converted individually or in batch routines (converting multiple files in one step). One can export STEP (3D), STL (3D), IGES (3D), DWG (2D) and DXF (2D) files, and import STEP (3D), DWG (2D) and DXF (2D) files. VariCAD can interchange files with other CAD systems. A mask is used for BOM customisation where a user can modify it exactly according to the requirements. It is possible to export the data structure of the product (BOM) into other systems or into a spreadsheet. Such data can be used for filling of title blocks, creation of BOM, material requisitions or other purposes. Each part can contain attributes, like name, supplier or type of material. The user can create a BOM from an assembly or easily modify the database using commands like sorting of information and mass attribute changes. There are links between attributes of parts and content of title blocks. To maintain the data structure of the product, VariCAD provides certain tools. Drawings can be made in millimetres or inches.īOM and title blocks. Some handy features of 2D drawing include tolerance symbols, welding symbols, finish symbols, advanced dimensioning, ortho mode, hatching with automatic border detection, drawing layers, block creation, rectangular grid, auxiliary construction lines, automatic detection of objects and snap points and numerous snap modes. In VariCAD, the drawing functions are optimised for ease of use in engineering. After changes in 3D, VariCAD supports updates of a 2D drawing.ĢD drawing and editing. In addition, exporting specified sections is possible. By defining the views in 3D, 2D views of one or more selected solids can be created. VariCAD contains both 3D and 2D libraries of mechanical parts (ANSI, DIN) such as bearings, nuts, cotters to name a few, hydraulic and electrical symbols, welding and tolerance symbols, etc.ģD-2D export.To produce conventional drafting documentation, 3D models can be easily converted into 2D drawings. The user can enter bending coefficients in order to customise his calculations to reflect material and technology. For further processing, the XY coordinates of developed surfaces can be saved into a text file. VariCAD can also create developed (unbent) surfaces of sheet metal parts or 3D solids. Surface development (sheet metal unbending).
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