I've provided a closer view of the copper wire and cable constructors in the following image to make it clearer to understand. These will be brought over to the manufacturers later on. Finally, merge these two constructors together with a merger flowing to the right. These constructors will both be set to cable and should both be set to 75% underclock. Note that between the merger and splitter you will need to use a Mk2 Line.

These constructors will be set to wire, on the other side of the constructors, merge the wire together, and from here connect to a splitter and split between two more constructors which should be placed in the centre of the second and third column in the penultimate row. In front of the middle constructor place a splitter and connect the merger from the second column, (in front of the second smelter) with this splitter and ensure each output is connected to the constructors. For the wire, we shall place three constructors in the sixth row spanning the first and second, second and third, and the third and fourth columns. With copper sheets completed, we will move to the copper wire and cable section. Later, this will connect to the circuit board production manifold. In front of the tenth constructor, I have placed the merger flowing forwards. If done correctly you can connect a conveyor elevator from the constructor to the merger. To do this merging line, I’ve placed the mergers two steps in front of each constructor and stacked it twice with the outputs flowing to the right. Next, we shall merge each of the copper sheet constructors together and flowing to the right. Once placed, connect each of the remaining copper smelters with the splitter and constructor in front of them, now connect the neighboring splitter output with the mergers adjacent and then connect the merger with the constructor in front your build should now look like this. In these columns place a merger flowing into the constructors in line with the splitters. In front of each constructor’s inputs, there should be a splitter, with the exception of the 5th, 8th, and 11th columns. Starting in the third column of the third row along to the twelfth column we will place our first 10 constructors. Next, we shall place the constructor line for the copper sheets. We shall now connect the first smelter and the left-hand splitter output that is in front of the third smelter, to the merger in front of the second smelter. With the copper smelters set to copper ingots, we will need to set the first smelter in the first column to a 17% underclock. In front of the smelter in column 2, we will place a merger flowing forwards and in front of all other smelters with the exception of the first and last smelter in column one and 19, place splitters facing flowing forwards. Once done, we shall place the manifolds feed the smelters, in order to do this place splitters flowing towards the left in front of the smelter inputs along the first column through to the 12th column, and then place a manifold line flowing to the right in front of the smelter inputs in the 15th, 17th, and 19th column. We will import the copper ore on the left, plastic down the centre, and iron ore on the right.

Note that the 13th and 14th columns are painted blue, this is where I’ve designated my inputs for this build. We shall place a smelter in the first, second, third, and fourth column as well as the sixth and seventh, ninth and tenth, 12th, 15th, 17th, and 19th column. To start we will need to place all the smelters down spanning the first and second row. This will be built on a nine deep by twenty-two wide grid. This factory layout will require the following: With efficiency in mind, this guide provides you with the layout to produce 5 computers per minute.

Satisfactory caterium