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Sheet Metal Fabrication Using Solid Works

Solid Works allows for the design and conceptualization of designs for products in three dimensions.  It is a type of computer aided design (CAD) software.  Solid Works offers the user the chance to model and simulate their designs.  Two dimensional drawings are altered into 3D subjects on the screen by the software.  Solid Works can facilitate communication with other companies. 3D designs can be shared with its customer even if the client is using another kind of CAD software.  A business does not have to worry if their client is using Solid Works.  There are also abilities to animate designs to see how they would operate in the real world.  This would also help in giving a useful presentation to a client to demonstrate to them how their product is being designed to operate.

Cost Savings

Solid Works is user-friendly and is easy to grasp.  Assembly inspections can be done within the software to make sure that assembly will be right when the design is produced and everything will fit together as specified.  The cost savings with this tool is large because a manufacturer does not have to wait until a product is actually made in order to test if it is functional and can be correctly assembled.  Any problems found pre-production can be fixed and expenses to repair avoided.  Many other tests such as stress tests can be done through the software as well, yet another way to save on costs because everything can be done in the software before spending money on production, only to find that there was something wrong with it.

Collaboration

Solid Works has a method for working together online with data sharing called Blueprint. This allows you to put your drawings on a secure server.  Only the people with whom you share a link to the site through email will have a connection.  Someone can then review your sketches or make alterations to it.  Sketches as large as 10 MB can be uploaded to Blueprint Now.

Training

Instruction on Solid Works is available through Solid Works as well as through other sellers in the form of classes and materials for reading.  On the Solid Works website, training files and simulation training files are available that are companions to the instructional courses.  On-demand videos, teacher’s blogs and tutorials are also accessible on the website as are certification options. In the Sheet Metal course, students can learn how to model sheet metal components and about different features of sheet metal.  They will additionally learn about details in Solid Works such as the Sheet Metal Toolbar.  They will learn about sheet metal forming tools and additional facets such as about bends and hems.  The final lesson is regarding changing parts to sheet metal.  It explains the process of converting parts into sheet metal, details of sheet metal, and other topics in Solid Works such as how to make a design alteration.

Sheet Metal Tools

In Solid Works there is a Sheet Metal button in the Command Manager.  Pressing this button will further display more tools to work on sheet metal requirements.  In the Sheet-Metal1 Property Manager, specifications can be entered for auto relief, bend allowance, and bend parameters.  The sheet metal design tools lets the user to make folds, flanges, and more.  There is additionally a “convert solid to sheet metal” choice.

Partners

Solid Works has various partner organizations that have designed Solid Works add-on applications.  One partner company takes 3D models and unfolds the design and makes a 2D flat drawing.  This is used in the sheet metal industry.
Solid Works is a powerful tool that allows the sheet metal industry the capabilities it needs to keep costs down, work with its clients, and manufacture a quality product.  Solid Works continues to improve with version updates and is a great tool for several manufacturing industries.

Marc Anderes is a co-founder of Maloya Laser which specializes in Metal Manufacturing and <A href=”http://www.MaloyaLaser.com”>Laser Cutting</a> with state-of-the-art <A href=”http://www.maloyalaser.com/capabilities_equipment.php”>laser technologies</a>, for aerospace, scientific, transportation, medical and machinery requirements.


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Tags: stress tests, dimensional drawings, solid works, design cad, 3d designs

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