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complex piece mold

Beth

Guest
Hey, guys.

I have a problem that's eating me alive.
I handle molds and use wf5 I imported a step math on which I have to make the mold.
It is a 600x300x150mm cassette but contains 500 holes of different shape and size and many ribs.
Surely it is a heavy math, but put 15 seconds to operation (surface copying etc. ) is too much, especially because
on this part I have to do more as mold divisions etc.
the requirements of the hardware I use are those recommended by ptc and math does not have problems if not the heaviness precisely.

What could I do according to you? I remember that I'm on the side and not together

How do colleagues die?

I remember I'm on the side.

Thank you.

Hi.
 
I would try to use the feature recognition, so that I can recognize the holes as a feature and then suppress them.
At the end of the work, you react to them. If you load the 3d, I can give you a few more tips.

greetings,
Palo
 
I would try to use the feature recognition, so that I can recognize the holes as a feature and then suppress them.
At the end of the work, you react to them. If you load the 3d, I can give you a few more tips.

greetings,
Palo
feature recognition, do I not know where it is? I certainly try it thanks
 
I send you an image to show you where it is on creo because I don't have the installed wf5.

in the wf4 was a separate application that was downloaded from the ptc site. from the wf5 onwards you only have to go to the config and set frt_enabled on yes.
(frt stands for feature recognition tool)

on the wf4 went on tools>auxiliary applications

another solution could be to copy and then delete the holes with the remove (it should be quite easy and fast), make all the changes and then restore and merge in cut the deleted holes.
We also expect the response of other users to see if there are more elegant solutions.

greetings,
Palo
 

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I send you an image to show you where it is on creo because I don't have the installed wf5.

in the wf4 was a separate application that was downloaded from the ptc site. from the wf5 onwards you only have to go to the config and set frt_enabled on yes.
(frt stands for feature recognition tool)

on the wf4 went on tools>auxiliary applications

another solution could be to copy and then delete the holes with the remove (it should be quite easy and fast), make all the changes and then restore and merge in cut the deleted holes.
We also expect the response of other users to see if there are more elegant solutions.

greetings,
Palo
I try to set frt on the config and I certainly try the command . regarding the strategy of eliminating the holes is a little what I am trying
to make a cut extrusion that temporarily eliminates all holes.

What do you think?
 
you also can be a solution that helps you to manipulate the piece faster but I don't know how the piece reacts in terms of regeneration times.

Let me know.
 
you also can be a solution that helps you to manipulate the piece faster but I don't know how the piece reacts in terms of regeneration times.

Let me know.
would you advise instead of making more parts by dividing the piece and then making the merge with "operations between components"?
 
to your advice to use flexible modeling.... unfortunately I still use the wf5 and I do not think there is flexible modeling
 
I don't know creo and her import options.. .

with catia it is possible to set in import an advanced optimization that defines the tolerance of the deformation parameter, as well as in the case of surfaces the approximation of curves and surfaces.

in the case of complex elements such as honeycomb, the converted edges become "frasted" by enormously increasing the entities to manage.

once I had to save in iges, re-import (by setting the "topological reduction of the edges"), join and make again solid.

other times have passed by different conversions (import and export with nx)

often useful to divide the part into multiple sectors (and sometimes only a part slows down a lot)

Hi.

years ago
 
Fortunately the puncture is linear, you might consider creating a grid of dots with series and hiding geometry through simplified representation.
You should be able to lighten the regeneration and still have the holes references.
 
Fortunately the puncture is linear, you might consider creating a grid of dots with series and hiding geometry through simplified representation.
You should be able to lighten the regeneration and still have the holes references.
I understand, the only solution is to temporarily lighten mathematics,
Fortunately the time I lost in part work I earned it together with representations.
 

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