- 3D CONTENT CENTRAL SOLIDWORKS HOW TO
- 3D CONTENT CENTRAL SOLIDWORKS FULL
- 3D CONTENT CENTRAL SOLIDWORKS DOWNLOAD
3D CONTENT CENTRAL SOLIDWORKS FULL
The reason for the increased file size is that this is a full feature file meaning that all the SOLIDWORKS features are in this model. Linear Bearing – This file comes in as a single part file with 3 solid bodies and the file size is less than 4MB.
In my opinion this file has just the right amount of detail to get the job done. The part is made up of several Solid Bodies with the Origin and Planes in a reasonable location so there is not anything that I would do to change this file. Motor – This file comes in as a single part file that is less than 1MB. If we take a look at a couple of examples of files I downloaded we can see that each file varies in construction and requires a different action to be taken. Inspecting each file and deleting the unwanted information or creating multiple configurations like Simplified is a good idea. Because this is a purchased part we generally just need overall size, shape, mounting locations, etc… for our assemblies but for our detail drawings we may want more information. We need to look at each file and see how it was built. An example is an assembly file may have been saves as a part so all you get is solid/surface bodies.ĭANGER #3 – Too little or too much information Remember that even if you pick the option for SolidWorks you may or may not get all of the feature data for that file it depends on how the file was created or saved. If you get the option for a SOLIDWORKS file make sure it matches with the version of SOLIDWORKS you have installed.
3D CONTENT CENTRAL SOLIDWORKS DOWNLOAD
We also need to look at what type of file we can download some companies will give you only neutral file formats like IGES or STEP while others will give you the option for SOLIDWORKS files.
3D CONTENT CENTRAL SOLIDWORKS HOW TO
I found a disclaimer on the McMaster-Carr website that I think sums up how to treat any CAD data that we are downloading from the internet. We need to look at the features and functions of the part to decide if the part is going to fit our specific needs. Once you find a part to download you need to be aware of how that part was built. Some companies will even direct you from their site to 3D Content Central like, Allen Bradley did for me when looking for samples for this article. If you cannot find it there remember that SolidWorks has 3D Content Central that has both supplier and customer generated files. If I cannot find the files there it may be time to try a supplier like McMaster-Carr. When I need a part I start at the source and that is the manufacturer, so if I need a Allen Bradley motor, Bimba cylinder, or SMC fitting I will start on the manufactures website. There are usually several sources that we can find the parts we need be aware of where and what we are downloading as there can be certain dangers with any part we download. When we need arises to get an existing part where do we go to find those already manufactured components. Our bracket is a SOLIDWORKS part.When we as designers are working on a new design there is rarely a case when we will manufacture all of the components. SOLIDWORKS xDesign also has the ability to import many common CAD file types, such as SOLIDWORKS parts, CATIA parts, Inventor parts, Solid Edge parts, IGES files, STEP files, and Mesh files like STL or OBJ. This file can exist anywhere on your computer or if you are using the 3DExperience platform to store your data, you can select from your 3DDrive.
For this example, we will import an existing bracket. With SOLIDWORKS xDesign, you can design a model from scratch right in your browser, or you can import existing files. To showcase this, we will need a 3D model that we’d like to print.
We’ll then use the result as a reference to minimize the material used and export final model to an STL file for 3D printing. This post is going to introduce one possible way that you could leverage SOLIDWORKS xDesign, a browser-based CAD solution, to optimize a 3D model’s geometry based on expected loads. Companies are beginning to search for cloud, or browser-based, solutions to manage their data and designs, especially while employees are still working from the comfort of their homes. Similarly, the world of design is also on the cusp of change. 3D printing allows for greater complexity and flexibility in the geometry that can be produced while also being a cost efficient and rapid process. It’s no secret that additive manufacturing has caused a shift in the manufacturing industry.
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