Good morning to all, I sent here below the two parts of cone trunk that I designed, but I do not find to extrapolate the dxf for cutting. Is anyone able to give me any disappointment?? thanks in advance
but it is not the case of extending the sheet. Starting from the solid model does it automatically by putting it in dxf/dwg.you have to select the extension function between the sheet functions. select an external edge to the sheet as fixed face and click on collect all folds.
the program will generate a flat configuration that you can put on the table or use as dxf for cutting.
if you have solidworks 2010 (I don’t remember if it does also 2009) it can save the developed dxf file directly(save with name.dxf.-selections as a source an external point to the cone and you appear the dxf to be saved).
you can also put it on the table first and then save it as dwg/dxf, but for the plates it is convenient to use that direct command from the 3d, it saves it directly on scale 1:1 (it is active only for the plates).
blue
I never saw her
real tenchiu!!! !
And yet I assure you that I have used your files that you have attached and works perfectly.thank you, I did as you told me, even if I had already run it but nothing to do, when I save, I place the dxf and I do ok in the green flag, and then disappear the image and the dxf is not there.
Sorry. I'm not very practical in sheet metal and its work.but it is not the case of extending the sheet. Starting from the solid model does it automatically by putting it in dxf/dwg.
from the "closed" part choose file > save by name, in the drop down list dxf, give all the ok of the case, choosing the options that you present in the property manager, ok final and is done. you have your beautiful 2d openable with acad.
you can also put it on the table first and then save it as dwg/dxf, but for the plates it is convenient to use that direct command from the 3d, it saves it directly on scale 1:1 (it is active only for the plates).
rather, to cut off of sghimbex that log you have to scourge just the option normal cut (alloy in thickness in this case it has nothing to do with it, otherwise the flat repetition in the 3d gives you error even if visually it seems to work.
I opened your files and the way I told you they work nicely.
greetings
Marco:smile:
that export serves for example to send the files of laser cut flattened models, which reads the dwg or dxf in 2d. do not affect the bendings, and deliver them "clean" in scale 1:1 without any annotation.Sorry. I'm not very practical in sheet metal and its work.
Sometimes the carter cmq runs away.
using the export in dxf or dwg from the 3d you can put the bending lines. but how do they know how much they have to bend?
Usually in the development put on the table comes out also the angle the bending, but here? Do I miss anything?