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Now you build a conveyor lift next to that foundation on one of the inputs, as short as possible.
From here you can make one splitter in line with that lift. Now you see that form this point you can put splitters on top of all entrances, check twice if the inputs are on the right side, rebuild conveyor lift if required and make a nice manifold of 4 belts.
Maybe explain more in detail what seems to be your problem?
Bro, that's so convoluted, why? Just do it normally, run 4 belts of items at different heights and use splitters and lifts.
I don't mind making constructions like these:
https://steamcommunity.com/sharedfiles/filedetails/?id=2873403482
https://steamcommunity.com/sharedfiles/filedetails/?id=2873403529
https://steamcommunity.com/sharedfiles/filedetails/?id=2873403573
I think splitter stair cases look boring on a manufacturer, be creative :)
If you combine this setup with conveyor floor holes you can make a tower of manifacturers being fed by an s-bend manifold.
What I want to know is placement wise, what is the best way I can approach something like this? I'm starting to think my best option(if not trying to have the minimal amount of manufacturers) is to have each item(like screws) come from their own floor and simply drop down onto the one with all the manufacturers on it or something like that.
I'm trying to avoid an absolute belt-hell basically.
Place them sidewards so you can run your output straight into the manufacturer. Do the same for wire/ quickwire/ silica if required.
A conveyor belt with all materials and redirect with Intelligent Splitter in the machines.
I actually do this almost only so to a few exceptions.
Also my two large warehouses I feed all material that is automatically sorted and stored there the surplus goes back partly into a production or is shredded.
https://steamcommunity.com/sharedfiles/filedetails/?id=2861382626
Here is my stock with the sorting unit Left the material goes in and right around out in the middle the surplus goes out.
So similar I also do in production with machines there is even easier because smaller than my 44 containers to fill.
Only 2 manufacturers in the picture but you should get the idea....
https://steamcommunity.com/sharedfiles/filedetails/?id=2873434359
1) Place as many manufacturers facing the same direction as you like as a line.
2) Attach a lift to any of their input.
3) Place another lift behind it, just so you know where you'll run your conveyors.
4) Place stacking conveyor poles on either side of manufacturer line. Remove the second "reference" lift.
5) Add more stacks to the poles and run conveyor belts across for each input item type, including one on the ground level.
6) Stand on the manufacturer catwalk and snap splitters on the belts so that they align to the input ports.
7) Attach ground level splitters with corresponding input ports with belts, and use lifts to connect belts on the stacked poles above. Lifts should automatically snap into place whether you start them from a manufacturer or a splitter and will work.
8) Connect the belts to the corresponding outputs.
9) Profit!
You can make the same thing horizontally, but it will eat a ton of space, and the manufacturers are massive enough to merit 16-meter walls (4 sections up) anyway, so verticality is most favorable here.
And I don't only do this with the manufactories.
to the splitter you can also program the other output and with conveyor lifts to the top build another floor and the whole only with a conveyor access.
Place the manufacturers in a row.
Stack 4 high splitters at a distance away so that an elevator attaches from manufacturer inlet to splitter outlet.
Do the next splitters beside 3 high.... 2 high ... floor level. All in a row.
Delete unnecessary splitters.
Repeat for next manufacture.
* If you want walking clearance, start at 5 high and work down to 2 high.
so, do I get this right, you're running all 4 materials on one belt and the intelligent ones just feed from this single belt? aren't you reaching the maximum of 720 parts per minute rather quickly with this layout? Just curious, I'm always interested in other possibilities to organize throughput.