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DWG Export for SolidWorks 1.0 offers you a powerful AutoCAD DWG file export add-in for SolidWorks®. This add-in gives SolidWorks the ability to export 3D solid data from a SolidWorks part and assembly document to 3d solids or meshes in an AutoCAD DWG file. DWG Export for SolidWorks reads the solid models from the current SolidWorks part or assembly and writes them as 3d solids in an AutoCAD DWG file. It can also tessellate the solid bodies into individual triangu
Major Features:
- DWG Export for SolidWorks is an AutoCAD DWG file export add-in for SolidWorks®. This add-in gives SolidWorks the ability to export 3D solid data from a SolidWorks part and assembly document to 3d solids or meshes in an AutoCAD DWG file.
- DWG Export for SolidWorks reads the solid models from the current SolidWorks part or assembly and writes them as 3d solids in an AutoCAD DWG file. It can also tessellate the solid bodies into individual triangular meshes. These meshes are then exported to a DWG file as 3D Polyface Mesh, 3D Face, Line or Point objects.
- DWG Export for SolidWorks is very easy to use. It adds new commands to SolidWorks. Once installed, it automatically loads itself into SolidWorks and adds a new submenu called "DWGExport" to the SolidWorks menu containing these newly added commands.
WareSeeker Editor
DWG Import for SolidWorks 1.0 offers a professional program that can allow you to import solid objects from AutoCAD DWG files as solids models in SolidWorks. DWG Import for SolidWorks has the ability to read 3d solid geometric data such as ACIS 3d solids, bodies and regions in an AutoCAD DWG file and create corresponding 3d solid models in an SolidWorks part document.
Installation & Usage:
Since DWG Import for SolidWorks is a add-in for SolidWorks, it must be loaded into the SolidWorks environment before it can be used. Please follow the simple instructions in the DWG Import for SolidWorks ReadMe document which is copied into the installation folder. After you have loaded the add-in file into SolidWorks, Simply click on the menu items in the "DWGImport" submenu to run these new commands. Truly, software made simple!
The 'DWGImport' submenu consists of the following commands:
- Import - Imports a DWG file
- Help - Displays the DWG Import for SolidWorks help file
- Register - Registers your copy of DWG Import for SolidWorks
- About - Displays the DWG Import for SolidWorks About box
The DWG File Format:
- DWG is a format used for storing two and three dimensional design data and metadata. It is the native format for the AutoCAD Computer Aided Design package, as well as IntelliCAD (and its variants), and PowerCAD. DWG is supported non-natively by several hundred other software applications.
- DWG (denoted by the .dwg filename extension) was the native file format for the Interact CAD package, developed by Mike Riddle in the late 1970s, and subsequently licensed by Autodesk in 1982 as the basis for AutoCAD. From 1982 to 2007, Autodesk created versions of AutoCAD which wrote no less than 18 major variants of the DWG file format, none of which it publicly documented.
- The DWG format, has become a de facto standard for CAD drawing interoperability. It has been estimated that there are in excess of two to four billion DWG files in existence.
Major Features:
- DWG Import for SolidWorks has the ability to read 3d solid geometric data such as ACIS 3d solids, bodies and regions in an AutoCAD DWG file and create corresponding 3d solid models in an SolidWorks part document.
- This add-in supports DWG files upto the latest version of AutoCAD.
- DWG Import for SolidWorks is very easy to use.
- It adds new commands to SolidWorks. Once installed, it automatically loads itself into SolidWorks and adds a new submenu called "DWGImport" to the SolidWorks menu containing these newly added commands.
DXF Import for SolidWorks 1.0 offers a professional program that can allow you to import solid objects from AutoCAD DXF files as solids models in SolidWorks. DXF Import for SolidWorks has the ability to read 3d solid geometric data such as ACIS 3d solids, bodies and regions in an AutoCAD DXF file and create corresponding 3d solid models in SolidWorks part document.
Installation & Usage:
Since DXF Import for SolidWorks is an add-in for SolidWorks, it must be loaded into the SolidWorks environment before it can be used. Please follow the simple instructions in the DXF Import for SolidWorks ReadMe document which is copied into the installation folder. After you have loaded the add-in file into SolidWorks, Simply click on the menu items in the "DXFImport" sub menu to run these new commands. Truly, software made simple!
The 'DXFImport' submenu consists of the following commands:
- Import - Import meshes to a DXF file
- Help - Display the DXF Import for SolidWorks help file
- Register - Register your copy of DXF Import for SolidWorks
- About - Display the DXF Import for SolidWorks About box
The DXF File Format:
- The AutoCAD DXF (Drawing Interchange Format, or Drawing Exchange Format) is a CAD data file format, developed by Autodesk as their solution for enabling data interoperability between AutoCAD and other programs. DXF was originally introduced in December 1982 as part of AutoCAD 1.0, and was intended to provide an exact representation of the data in the AutoCAD native file format, DXF (Drawing), for which Autodesk didn't (and doesn't) publish specifications.
- DXF is probably one of the most widely supported vector formats in the world today. DXF is rich in features, including: support for 3D objects, curves, text, associative dimensioning, etc. Although DXF was developed to represent the data used in a CAD program, it is used by many programs as a "least common denominator" format for the exchange of many different types of data, most commonly vector-oriented information but also text and 3D polygons.
Major Features:
- DXF Import for SolidWorks has the ability to read 3d solid geometric data such as ACIS 3d solids, bodies and regions in an AutoCAD DXF file and create corresponding 3d solid models in SolidWorks part document. This add-in supports DXF files upto the latest version of AutoCAD.
- DXF Import for SolidWorks is very easy to use. It adds new commands to SolidWorks.
- Once installed, it automatically loads itself into SolidWorks and adds a new submenu called "DXFImport" to the SolidWorks menu containing these newly added commands.
You can use SolidWorks Explorer with or without the SolidWorks application and with or without PDMWorks Workgroup added in.
SolidWorks Explorer is not a PDM (Product Data Management) tool; however, it does perform many useful tasks and simplifies many file management processes. You can add in The PDMWorks Workgroup Contributor application to run as a standalone application inside SolidWorks Explorer.
Here are some key features of "SolidWorks Explorer":
Collapsed View
The first time you open SolidWorks Explorer, it appears in its collapsed view, with only the SolidWorks Search box visible
File Explorer
Displays the folders and documents on your computer. If PDMWorks Workgroup Contributor is added in, the vault view appears at the bottom of the pane.
Results
Displays results of searches
Expanded View
Info. Lists information about the selected item.
Files (for folders only). Lists the contents of the folder.
Properties. Lets you add or change custom properties for a SolidWorks document.
References. Lists the references of any part, assembly, or drawing document.
Where Used. Lists all the places where a specified part or assembly is used.
Configurations. Lets you rename or delete a selected configuration in a part or assembly document, and updates its references.
Hyperlinks. Lets you list and edit hyperlinks in the selected document.
View. Displays an eDrawings image of the selected part, assembly, or drawing document.
You can share designs easily over the Internet using the free SolidWorks Viewer, available for Windows. Provide your customers with a preview of designs in process.
Ensure that you are on the right track before you produce costly prototypes. With the SolidWorks Viewer you can send designs for client review by email, or place designs on the web for your client to open and review.
Availability. The SolidWorks Viewer functions as an Internet plug-in or as a standalone Windows application. Download the SolidWorks Viewer from the SolidWorks web site and use it locally on your personal computer.
PLT Import for SolidWorks reads pen movement data stored PLT files and imports it into SolidWorks. A HPGL PLT file is comprised of a set of instructions related to pen movements of HPGL plotters. PLT Import for SolidWorks reads these pen movement instructions and creates curve objects in a SolidWorks document. The curves can me created as a 3D Sketch in a part or assembly document or a 2D Sketch in a drawing document. PLT Import for SolidWorks supports the following HP plotters:
Hewlett-Packard 7475A
Hewlett-Packard 7550A
Hewlett-Packard 7580B
Hewlett-Packard 7585B
Hewlett-Packard 7586B
Hewlett-Packard Draftmaster 1 (7595A)
Hewlett-Packard Draftmaster 2 (7596A)
Hewlett-Packard Draftpro (7570A)
Hewlett-Packard Draftpro-DXL (7575A)
Hewlett-Packard Draftpro-EXL (7576A)
PLT Import for SolidWorks is very easy to use as it adds new commands to SolidWorks. It also adds a submenu to the SolidWorks menu called "PLTImport".
3DS Export for SolidWorks tessellates the solid bodies in a SolidWorks part or assembly document into individual triangular meshes. These meshes are then exported to 3DS file as mesh objects. The level of tessellation can be controlled by adjusting the resolution slider in the 3DS Export for SolidWorks options dialog box. A lower resolution will yield coarse meshes (lesser faces), whereas a higher resolution will result in finer meshes (more faces).
3DS Export for SolidWorks is very easy to use. Once installed, it automatically loads itself into SolidWorks and adds a new submenu called "3DSExport" to the SolidWorks menu.
3DS Import for SolidWorks reads polygon mesh data stored in 3DS files and imports it into SolidWorks. A polygon mesh in a 3DS file is comprised of a set of triangular faces. 3DS Import for SolidWorks creates trimmed planar surfaces for each triangle and knits them together to create a body. If the polygon mesh is closed (i.e. it does not contain boundary edges) then 3DS Import for SolidWorks will create a closed body feature, otherwise an open surface will be created.
3DS Import for SolidWorks is very easy to use as it adds new commands to SolidWorks. It also adds a submenu to the SolidWorks menu called "3DSImport".
3DM Export for SolidWorks tessellates the solid bodies in a SolidWorks part or assembly document into individual triangular meshes. These meshes are then exported to 3DM file as mesh objects. The level of tessellation can be controlled by adjusting the resolution slider in the 3DM Export for SolidWorks options dialog box. A lower resolution will yield coarse meshes (lesser faces), whereas a higher resolution will result in finer meshes (more faces).
3DM Export for SolidWorks is very easy to use as it adds new commands to SolidWorks. It also adds a submenu to the SolidWorks menu called "3DMExport".
PIX Import for SolidWorks reads surface and polygon mesh data stored in PIX files and imports it into SolidWorks. If the PIX file contains a scan of a surface PIX Import for SolidWorks creates a single trimmed surface describing the scanned surface. This surface can be converted into a solid by giving it a thickness. If the PIX file contains the scan information in the form of a polygon mesh PIX Import for SolidWorks creates a body describing the object that was scanned. A polygon mesh in a PIX file is comprised of a set of quad faces. PIX Import for SolidWorks creates trimmed planar surfaces for each quad and knits them together to create a body. If the polygon mesh is closed (i.e. it does not contain boundary edges) then PIX Import for SolidWorks will create a closed body feature, otherwise an open surface will be created.
PIX Import for SolidWorks is very easy to use as it adds new commands to SolidWorks. It also adds a submenu to the SolidWorks menu called "PIXImport".
3DM Import for SolidWorks reads polygon mesh and curve data stored in 3DM files and imports it into SolidWorks. A polygon mesh in a 3DM file is comprised of a set of triangular/quad faces. 3DM Import for SolidWorks creates trimmed planar surfaces for each triangle/quad and knits them together to create a body. If the polygon mesh is closed (i.e. it does not contain boundary edges) then 3DM Import for SolidWorks will create a closed body feature, otherwise an open surface will be created. You can also import the polygon mesh as a 3D Sketch. The curves can be imported as a 3D Sketch in a part document, a 3D Sketch in an assembly document or 2D Curves in a drawing document.
3DM Import for SolidWorks is very easy to use as it adds new commands to SolidWorks. It also adds a submenu to the SolidWorks menu called "3DMImport".
PLT Export for SolidWorks reads curve data from a SolidWorks drawing document and converts it into corresponding pen movements in a HPGL Plot file. PLT Export for SolidWorks supports the following HP plotters:
Hewlett-Packard 7475A
Hewlett-Packard 7550A
Hewlett-Packard 7580B
Hewlett-Packard 7585B
Hewlett-Packard 7586B
Hewlett-Packard Draftmaster 1 (7595A)
Hewlett-Packard Draftmaster 2 (7596A)
Hewlett-Packard Draftpro (7570A)
Hewlett-Packard Draftpro-DXL (7575A)
Hewlett-Packard Draftpro-EXL (7576A)
PLT Export for SolidWorks is very easy to use. Once installed, it automatically loads itself into SolidWorks and adds a new submenu called "PLTExport" to the SolidWorks menu.
The PLTExport menu consists of the following commands:
Export - Export objects to a PLT file
Help - Display the PLT Export for SolidWorks help file
Register - Register your copy of PLT Export for SolidWorks
About - Display the PLT Export for SolidWorks About box
PLT Export for SolidWorks comes with detailed documentation for each command as well as a tutorial to get you started in the shortest possible time.
The PLT File Format
HPGL is the Hewlett-Packard Graphics Language designed for specifying 2D graphical information for the HP range of plotters. It was not intended as an interchange format but some software suppliers use it as such.
HPGL is a command set embedded in the ROM of pen plotters to help reduce the work required by applications programmers to create plotted output. HPGL uses two-letter mnemonics as instructions for drawing lines, circles, text, and simple symbols. HPGL is the primary printer control language used by Hewlett-Packard plotters. It later became a standard for almost all plotters.
MITCalc is a multi-language set of mechanical, industrial and technical calculations for the day-to-day routines. It will reliably, precisely, and most of all quickly guide customer through the design of components, the solution of a technical problem, or a calculation of an engineering point without any significant need for expert knowledge.
MITCalc contains both design and check calculations of many common tasks, such as: spur and bevel gear, belt and chain gear, bearings, beam, buckling, shaft, springs, bolt connection, shaft connection, tolerance analysis, tolerances and many others.
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It is an open system designed in Microsoft Excel which allows not only easy user-defined modifications and user extensions without any programming skills, but also mutual interconnection of the calculations, which is unique in the development of tailor-made complex calculations.
The sophisticated interaction with many 2D (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D (SolidWorks) CAD systems allows the relevant drawing to be developed or 3D models to be inserted in a few seconds. OEM licensing of selected calculations or the complete product is available as well.
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