![]() For this concept, since we are directly feeding the machines, we are using only Smart Splitters. We get items off of the belt using either 1) Smart Splitters, or 2) Programmable Splitters.So any of your first-tier components such as plates, rods, screws, and also any high rate assembled items such as AlClad are better on their own separate lines. Never add higher rate items to the sushi belt, they will quickly overload the system. How do we get items onto the sushi belt? Simply by merging from the output of machines, like this:.I then upgrade the loop every time I unlock a new belt tier. Typically I start doing this work in Tier 4, so that would be Mark 3 belts. For this reason (and others which we will discuss later), we will always build the sushi belt with the highest mark belt we can access. That way the same consumers (machines) have an opportunity to use that item again. The first reason for this is that you want to minimize the amount of time an item takes for a loop. ![]() And if their needs change, they get option to take previously refused items. The basic principle is that consumers get served a selection of parts and can choose which one they need and when. The style of sushi belt we are covering is a loop style (like the ones found in sushi restaurants). Mama mia! So rather than thinking Italian, let’s try Japanese for a change… Even if you are a perfectionist, you quickly approach something best served with chianti. Belt layering is determined by system complexity, with more and more layers required the more things you’re doing with your distribution system. So what we’ve seen is that every addition to the system brings added complexity at a geometric rate. Now I’m not saying you’re the type of person who leaves their game running overnight to accumulate tickets, but just for the sake of argument let’s say you were… In that case you would want overflow to sink, which is unfortunately going to look something like this:.So you’ll probably want to pull some out for construction use: Of course, rotors, stators and reinforced plates are very useful items on their own.You then would add two additional assembly machines and some splitters, for something like this: In this case, say we wanted to use some of the rotors to create smart plates. However, pioneers will typically want to do more than one item in an assembly line.Let’s start with a very simple arrangement: a motor assembly line.What problems are sushi belts trying to solve? I am using imgur pictures because they are easily collapsable but can still be seen inline in the text. This is going to be a bit of a long read, so it's broken up into sections.
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