Once you enter the pattern command there is an option for rectangular or circular patterns in the features tab.
Good work around Jinglis.
I had a set of bit maps I was using for expanded metal in ST6. It cost so much time to manage and learn the material editing details I gave up and stopped using them at all.
I now rely on the parts list to let them know if it's 12 gage carbon sheet, expanded, pref plate, etc...
I wish SE had built in bit maps/materials for expanded metal, perf plate, screens, and diamond plate. They would have to have a bit map for each specific style is the problem. Expanded metal is the worst of them to make look right.
I adressed this because I have to create bend tables based on the size of a diamond (that varries, even within a sheet). Finding the avarage and theoridical actual shapes is not easy.
We normally don't want to deal with the performance issues that come from recalculating all of those cuts, so we model the part as if it was made with sheet metal, and cut a small pattern of holes to indicate that it is perforated.
I shuddered when I saw the title of this post, remembering back to slower system days.....as I have many parts modelled, some with very high count patterns [performance suffers big time, with each change] in them, and they have to be there, for the renders to work right.
Plus saving out the DXF for the Laser &/or Punch will only output the same as what is modelled.
All I can say is, don't be afraid of modelling them, just be aware of the system demands if you do.
Design Manager Streetscape Ltd
Solid Edge 2019 [MP5] Classic [x3 Seats - Cloud Enabled]
Windows 10 - Quadro P2000
An 18" square of expanded metal made my old system crawl. My new system is just enough power in that I dont have to wait more than 30 seconds for any of my most complex models to load. (4.5 Ghz dual core, Raid 0-SSD(6ms/each), 32 Gigs, Nvidia K5200)
I have noticed the performance hit. I have a new dell T3610 workstation and it brought it to its knees when I was making, cutting and deforming perforated metal in SE. I am working with a xeon @ 3.7 Ghz (8 threads), 16 gb ram, ssd, and a lower end K2000 card.
Does this have to be a perforated metal? I was looking closer and thinking perhaps a wire cloth / wire mesh material may be better? www.bwire.com
This site shows what I am thinking of - perhaps a standard 10 x 10 wire mesh - with something like a small wire diameter? Is this something you have considered?