Import

nanoCAD button – Import
Ribbon: Insert –Import > Import
Menu: File– Import…
Command line: IMPORT

You can import data in AutoCAD format (.dwg) and data exchange format (.dxf) into nanoCAD documents.
Many existing file formats can be imported in nanoCAD documents, which allows for exchange of graphic and other data of various CAD systems and applications.

The following data formats are imported in nanoCAD documents:

Format Description
DWG (*.dwg) One of the most common formats used for 2D and 3D drawings in CAD. Developed by Autodesk. Licensed for use in many applications. It is the main document format in nanoCAD.
DXF (*.dxf) File format for exchange of graphic information.
DWF (*.dwf) Open file format for exchange of design data, for reading, printing and reviewing them, developed by Autodesk. This secure, high compression format allows you to combine and publish large amounts of data for shared use.
Metafile (*.wmf) Microsoft Windows metafiles.
Enhanced Metafile (*.emf) Microsoft Windows enhanced metafile.
HPGL (*.plt) Plotter file format HPGL (Hewlett-Packard).
MicroStation DGN (*.dgn) 2D/3D format used by MicroStation structure design program of Bentley Systems.
CWS (*.cws) Document format of Spotlight, a professional hybrid graphic editor that allows to carry out a full range of works with raster monochrome, grayscale and color images: scanned drawings, maps, diagrams and other graphic materials.

The following 3D formats are also available for import when using С3D graphics engine:

Format Version Description
Parasolid (*.x_t; *.x_b) 25.0 File formats of Parasolid geometric kernel. They are used by such CAD-systems as NX, Solid Edge, SolidWorks.
IGES (*.igs; *.iges) 5.3 Digital Representation for Communication of Product Definition Data — 2D/3D vector graphics format; is used to transfer 2D and 3D data of drawings between dissimilar CAD systems.
STEP (*.step; *.stp) 203, 214 Standard for Exchange of Product model data — a set of ISO 10303 standards used in CAD, which allows describing the entire lifecycle of a product, including manufacturing technology and products quality control. It is gradually replacing IGES standard due to its wider information storage capabilities.
ACIS (*.sat) 22.0 Format to exchange data between 3D modeling systems using ACIS core.
VRML (*.wrl) 2.0 File format for describing interactive 3D objects and virtual worlds. VRML is designed for use in Internet and is the standard of 3D graphics in the Network.
STL (*.stl) A layout format used for stereolithography. The field of stereolithography includes 3D models of layout images used in order to form control models for creating a large number of copies.
JT (*.jt) An open format for describing 3D data used for visualization, shared work and data exchange in CAD.
COLLADA (*.dae) A universal 3D format that supports any type of data (splines, geometry, light, materials, animation, etc.).
C3D (*.c3d) An extended storage format for the geometric model that supports reading individual model objects from a file in an arbitrary order and allows you to obtain information about the model structure and its objects without loading the entire model from the file.

To import data:

  • Start the File –Import command;
  • In the Open Vector File dialog box select a format and specify a file name;
  • Select Open.
    The ways to use templates for imported documents are set in the Options: Template Usage > For imported documents. For conditions of template usage see in the “Template usage” section.

Info: NanoCAD is an easy-to-use, affordable, and yet powerful, CAD software tool for PC, that delivers a great user experience by providing enhanced performance, full capability, a classic interface and native.dwg format support. nanoCAD has been built to deliver design and project documentation for all engineering purposes. nanoCAD includes a full suite of basic and advanced CAD tools for 2D/3D drawing and creating industry-standard DWG-compatible CAD files. Our software provides groundbreaking, collaborative and customizable features to improve your efficiency, and includes a few API’s, allowing anything from routine task automation to complex CAD application development. You may try nanoCad for free, using the links below, and purchase later, in case you like it.

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