I explain my problem I am on a project that is quite heavy and I would like to be able to send a 3D to my client so that he can see it. We've already tried in step, it's still heavy and they can't open it. I specify that they do not have 3d software Kind regards
Happy to see you again after this long absence from our forum.
If it's just a matter of seeing and manipulating it from all angles, I suggest you use " eDrawing"" and especially with an HTML file that can be used directly by anyone using Windows. Here is a mini user manual that our colleague friend @d. Roger has created for us
In addition to my colleagues, whom I would like to greet in passing; I send my file via WeTransfer if it is too large to go by email because I also make Edrawings in .exe but they are often too large to go by email.
Great, I'll save the walkthrough for another occasion!
I think that this does not solve the PB because even if you split an ASM and you reconstitute it at the end, the PB is that the person at the other end must have SW, but the client does not necessarily have SW. So use what @ac_cobra_427 say because in his remark he indicates that the eDrawing file can be too big even zipped with your method.
Gash @Zozo_mp, I read too fast and I hadn't seen that his client doesn't have a solution for 3D reading... Indeed, it's not great so my solution!
And so, why not make a 3D PDF? It works pretty well if it's just for a visualization and validation of the customer. It seems to me that it even allows for cross-sectional views
I used the 3D PDF for people who didn't want to download anything (not even eDrawing in reader mode). But you need a good instruction manual because the use is not so simple but not complicated for people like us.
With pack and Go, copy your entire assembly into a new directory in mode: flatten the hierarchy.
Don't open your copied assembly right away, but directly delete the files of the items you don't want to show from Windows Explorer.
-Optional- Remove some functions (holes) and other "confidential" functions by opening some 3D.
Open your assembly by making FIT error messages.
save your assembly as a part (with the external surface only option, if you wish, this option is not recommended for the Parasolid format...)
open your part thus obtained, possibly try to combine some components together). Register your part again (in Parasolid if you have combined components)
Open your room again. to save it in the format your customer wants.
And there you have it. So yes, it's tedious to do, but it allows us to reduce large assemblies by around 75% in file size, and to be sure that it will be difficult to "Hack" our "Know-How".
For large exports, pay attention to the ' small ' parts such as screws or commercial parts downloaded. Too many details about these pieces will make the export a lot heavier. The prize for heavy stuff for the moment goes to Bene Inox who has fun putting 3D logos on all their models (and it must not be the only one to do this):