can anyone help me about set the bend radius equal to the thickness of the sheet metal (in automatic)?
I mean: after drawing a sketch (for example two line orthogonal), I select the "Countor flange" command, choose the thickness of the sheet and the final result that I'd like obtain is to have the same value for internal bend radius (= thickness of sheet)
Thank you in advance,
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I think this might be an easy job.
The easiest method I see here is, to simply set the bend radius to the sheet thicknees using a formular.
Do this in Your template and all new PSM files automatically will follow that rule!
Thanks for the help.
It's little things like this that should be the default setting out of the box. I'm sure it used to be pre ST.
I don't think that this would be in the sense of the most users.
Most production environments use standard bend radius in their machines for a range of sheet thickness.
If it is YOur common behaviour to have radius equal thickness, then it is no problem to set it like mentioned before.
But to force SE users to have so, no, this is not in my prefrences
I already have the gage name in the parts list. I have the material column combined with the gage name column, and I don't use a gage table.
as already mentioned by @nominus38 You have the material gage info available as long as You have one in use. Wether You are using the gagetable.xls or not.
But - sine You are using the XLS for a longer time - how is the performance so far?
I remember, that You mentioned an extreme bad one a time ago.
In ST8, the performance was bad. They really fixed that up in ST9. Instead of 15 seconds to open the gage menu, its now only about 2 seconds. In both cases, the performance is directly proportional to the number of entires in the gage table. It's still the slowest responding command of all that I use in SE. And one of my commonly used ones. All my files are set up to have the gages edited.
I just still wish there was a way to edit the game of more than one part at a time within an assembly. That would save me so much work.
Most files I recieve from other have the bend radius = to the sheet thickness. In reality with our tooling and materials we typically run R = 1.5 Thickness. This does create many problems with close corners, flat pattern cuts, etc.
The largest problem I have with gage changes is that a mixture of changing gage and flanges w/ close coners, I frequently have the normals flipping on the flat patterns. The create havock with my bend pattern drafting and calulations that are downstream of the flat patterns.