![]() I have found, for most sheet metal parts that I model, this is a suitable value to set this variable to, The other initial setting to take note of is the setting labeled K-Factor. I have set the minimum bend radius to be the same as the material thickness. In this case, the part is to be made from 2mm thick mild steel sheet. The first step in modeling this type of sheet metal part is to set up the sheet metal parameters required.Īs Alibre Design software is what I use, the image shows the the sheet metal parameter set up for this application. This is the type of simple sheet metal part we will look into. If you want a copy of this PDF version you can send me a GrabCad message with an email address to send it to I have produced a PDF version of this tutorial. Calculating the blank size for parts that are produced by stamping flat blanks in complex dies is a much more complex process that is outside of the scope of this tutorial. Calculating bend allowances for this type of part is a simple process. We will only look at bend allowances as they apply to the type of sheet metal parts that we produce using the common sheet metal tools. This tutorial is a look at how bend allowances are calculated for sheet metal parts.
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