edrawings is a free viewing and publishing application for sharing and archiving 2D and 3D product design data; eDrawings software is the first communication tool to support email functionality, which greatly simplifies the sharing of product design information question.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
eDrawings is a free viewing and publishing application for sharing and archiving 2D and 3D product design data. eDrawings™ software is the first communication tool to support email, which greatly simplifies the sharing of product design information. Use this tool to collaborate more effectively with everyone involved in product development. Use eDrawings files, which are fast, reliable and convenient, to accurately represent your work created with the most widely used CAD system on the market. Unique features such as animation allow any user with a computer to easily interpret and understand 2D and 3D design data.
A tool that has become more popular in the industry in recent years for design communication and communication, this article will You unveil its mystery. eDrawings is copyrighted by Dassault Systemes SolidWorks Corp (US Patent 7,184,044). It launched its earliest version in 1999, and eDrawings 2.0, launched shortly thereafter, won the "Best New CAD Product" award in 2001 and the 2001 Innovation Award for its email-based 3D CAD The technology was recognized by Computer Graphics World, a computer graphics design magazine, and won the All-Star Award for CAD-related products from CADALYST magazine in October of that year. eDrawings won these world-renowned and authoritative institutions and magazines in a short period of time. Being favored is not a simple matter.
The current financial crisis has put many companies under pressure to survive. Many companies have realized that upgrading from OEM (original equipment manufacturer) to ODM (original design manufacturer) and then to OBM (original brand manufacturer) , is the only way for the development of China's manufacturing industry.
In order to survive, companies must carry out innovative designs and independently develop products. Nowadays, companies must have digital models for their design and research and development, and the establishment of digital models is through
CAD (Computer Aided Design) That is, computer-aided design) software is completed.
The more popular software now includes AutoCAD, UG, PROE, SolidWorks, etc. Due to the inconsistent software platforms used by various enterprises, there is an insurmountable communication gap within the enterprise, between enterprises, or between upstream and downstream enterprises, enterprises and customers.
Usually the files created by these CAD software are incompatible with each other. Even if they are the same software, if the versions are inconsistent, they cannot be opened with each other. For example, SolidWorks2008 cannot open the data of SolidWorks2009. The principle Higher version software can open lower version file data, but lower version software cannot open higher version file data.
In response to the communication bottleneck encountered above, the more popular method at present is to convert files. Taking 3D design software as an example, usually after the 3D model is created, it is converted into an intermediate file format, such as IGS, STEP, Parasolid, etc., and then opened with other 3D design software.
However, due to inconsistent data interfaces, the model often has holes and rotten surfaces after being opened with other 3D design software. The headache for engineers is that they will spend a certain amount of time repairing these damages. If the model is complex, this work will consume a lot of time and energy from engineers. Most engineers must be aware of these problems.
Another problem is the size of the data. A single part or engineering drawing file is generally several M in size. If it is an assembly, it will be larger. Generally, tens of M to hundreds of M are normal. If you want to transmit data through the Internet, it will occupy a lot of network bandwidth resources, spend a lot of time transmitting data, and even cause data loss. In fact, many of these processes are only used by engineers to communicate whether the product design is feasible or to communicate with customers to confirm the final modification plan. As a result, such communication and communication methods reduce the efficiency of the entire design and R&D process, so we saw eDrawings.
First, let’s analyze what eDrawings can help engineers do.
The market positioning of eDrawings is a tool for design exchange and communication. To put it more bluntly, it is a viewing tool for opening design file data of current mainstream CAD software. It can be used without installing other CAD software. In this case, open its file data directly. Of course, eDrawings also supports embedding into the CAD software itself, making it easier to publish files in the eDrawings format.
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