I still find many operations in sheetmetal limiting but this is one thing that does provide significant freedom.
Thicken a sheet metal part solidworks.
Insert bends to convert the model to a sheet metal part to flatten and further edit the part.
If your design can tolerate these variances this is certainly a good reason to use sheetmetal for parts that are not simply cubical.
In solidworks 2020 you can thicken a surface by specifying a direction other than normal to a face with thicken and thicken cut features.
The direction for thicken or thicken cut can be a linear sketch entity two vertices or sketch points cylindrical or conical faces reference planes or axes and so on.
Since you want to end up with sheet metal parts having a constant thickness you might want to delete all the faces except one side of the part turning your solid model into a surface model and then thicken the surface model.
Import other file types into solidworks.
There are specific sheet metal features you can use to create sheet metal bodies quickly.
Under thicken parameters do the following.
Add bends to part to convert part to sheet metal.
There are several possible ways to go about it.
When you create a sheet metal part you have one sheet metal feature part thickness and as many sheet metal.
Select a face as the fixed face for the sheet metal part.
After the shell command you had a wall thickness of 0 80 yet the sheet metal was using 0 60.
Use rip feature to create thin cuts.
Under sheet metal parameters.
In the graphics area select a surface to thicken.
The overall size is a little off from the sketch and this is due to the difference in thicknesses.
The model isn t perfect aka the relief cuts but i think is closer to what you are looking for.
Select keep body if you want to keep the solid body to use in another convert to sheet metal feature.
The real power of solidworks comes when you have to design bent sheet metal a task which looks simple but really isn t.
Examine the preview and select the side of the surface you want to thicken.
In the last few years he moved to ts.
Before any bending you have to cut the sheet metal.
If you are cutting a multibody part set the feature scope options.
Set the sheet thickness and default bend radius.
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When cleared the body is consumed by the convert to sheet metal feature.
Import parts into solidworks then use the rip feature to create thin cuts in sheet metal geometry between adjacent flanges.
He started in r d working on many of the new functionalities developed at the time edrawings sheet metal weldments etc.
That means you need a contour of the sheet metal to be cut known as a flat pattern.
