Methods Of Fabricating Sheet Metal With Solid Works
Cost Savings
Solid Works is user-friendly and is easy to grasp. Assembly inspections can be performed within the software to make sure that assembly will be right when the design is made 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 assembled correctly. Any errors discovered pre-production can be repaired 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 virtually before spending money on production, only to discover that there was something wrong with it.
Collaboration
Solid Works has a method for collaborating online with data sharing called Blue Print. This allows you to put your sketches on a server that is secure. 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 changes to it. Sketches as large as 10 MB can be uploaded to Blue Print Now.
Training
Training on Solid Works is accessible through Solid Works as well as through other vendors in the form of classes and materials for reading. On the Solid Works website, instructional files and simulation instructional files are available that are companions to the instructional courses. Teachers blogs, videos 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 parts and about different details of sheet metal. They will also learn about details in Solid Works including the Sheet Metal Tool bar. They will learn about forming tools for sheet metal and additional facets such as about bends and hems. The last lesson is regarding converting parts to sheet metal. It explains the process of changing parts into sheet metal, features of sheet metal, and other topics in Solid Works including as how to make a design change.
Sheet Metal Tools
In solid works in the Command Manager there is a Sheet Metal button. Selecting this button will further display more tools to work on sheet metal specifications. In the Sheet-Metal1 Property Manager, specifications can be typed in for bend parameters, bend allowance, and auto relief. The sheet metal design tools allows the user to make flanges, folds, a convert solid to sheet metal capability.
Partners
Solid Works has various partner organizations that have built Solid Works add-on applications. One partner company takes 3D models and the design is unfolded and produces a 2D flat drawing. This is used in the industry for sheet metal.
Solid Works is a useful tool that allows the sheet metal industry the capabilities it requires to keep costs low, interact with its clients, and produce a quality product. Solid Works continues to improve with updated versions and is a great tool for several manufacturing industries.
Solid Works is user-friendly and is easy to grasp. Assembly inspections can be performed within the software to make sure that assembly will be right when the design is made 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 assembled correctly. Any errors discovered pre-production can be repaired 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 virtually before spending money on production, only to discover that there was something wrong with it.
Collaboration
Solid Works has a method for collaborating online with data sharing called Blue Print. This allows you to put your sketches on a server that is secure. 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 changes to it. Sketches as large as 10 MB can be uploaded to Blue Print Now.
Training
Training on Solid Works is accessible through Solid Works as well as through other vendors in the form of classes and materials for reading. On the Solid Works website, instructional files and simulation instructional files are available that are companions to the instructional courses. Teachers blogs, videos 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 parts and about different details of sheet metal. They will also learn about details in Solid Works including the Sheet Metal Tool bar. They will learn about forming tools for sheet metal and additional facets such as about bends and hems. The last lesson is regarding converting parts to sheet metal. It explains the process of changing parts into sheet metal, features of sheet metal, and other topics in Solid Works including as how to make a design change.
Sheet Metal Tools
In solid works in the Command Manager there is a Sheet Metal button. Selecting this button will further display more tools to work on sheet metal specifications. In the Sheet-Metal1 Property Manager, specifications can be typed in for bend parameters, bend allowance, and auto relief. The sheet metal design tools allows the user to make flanges, folds, a convert solid to sheet metal capability.
Partners
Solid Works has various partner organizations that have built Solid Works add-on applications. One partner company takes 3D models and the design is unfolded and produces a 2D flat drawing. This is used in the industry for sheet metal.
Solid Works is a useful tool that allows the sheet metal industry the capabilities it requires to keep costs low, interact with its clients, and produce a quality product. Solid Works continues to improve with updated versions and is a great tool for several manufacturing industries.
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