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If you have a CAD program in your computer, a 3D printer in your office, and a good eye for design, but you don't know the difference between mechanical engineering and software development or have any idea how to create a 3D model from scratch, then this post is for you. In this article we will discuss the different types of modeling software with specific reference to Creo Elements Direct which is one of the most widely used ones in the industry. It's hard finding good quality information about Creo Elements Direct modeling tools on the internet because most people use it for personal use or made it their hobby but not as part of their profession. For this reason, here is an introduction on the different models that are available for your reference. Nowadays, there are plenty of software packages available to suit all types of users. A new type of modeling programs is the "all in one" like CadCAM which combines modeling with CAM (computer aided manufacturing) and 3D printing, allowing the creation of one single design which can be printed or can be further manipulated in your computer. CADDraw is a free software, which you will find on online community websites as a 3D vector drawing tool. 3D modeling tools are used for designing, developing or optimizing mechanical components and provide a way to create digital models from scratch. All the latest software tools have the ability to produce the final model from design files, screen captures and even photographs of parts being manufactured. The first step towards creating a CAD file is by creating a 3D model first. To create a smooth and accurate first impression of your part, pay attention to the following elements: 1- Sketching: This stage focuses on key factors such as project scope and layout. Here you need to link together all the information and create a solid sketch of your part. If you don't have previous experience in sketching, good tools for this stage include MultiCAD and Solid Edge. 2- Creation: If we take a look at the most widely used software these days such as SolidWorks, Creo Elements Direct, and Autodesk Inventor the most common types of modeling done here is called "feature-based modeling" or "surface-based modeling." These models are created through different procedures; some examples include extrusion, revolving curves and lofting curves that automatically smooth and simplify shapes. These models are more complicated and require some level of technical or theoretical knowledge on the part model which is usually necessary for any designer. 3- Solid modeling: Actually, this part has already been discussed in the previous section. But it is worth mentioning because it is one of the most productive ways to create 3D models. The main drawback of this method is that it requires a good amount of time and experience but once you get used to it, your workflow will be much shortened and more efficient than using different specific models for different parts. With solid modeling, you can use modeling software such as SolidWorks and spend less time just waiting for the program to change between different views within the software. eccc085e13
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