All Satisfactory Items
Early Game Items
ReturnWhen I use "pm" it means "per-minute"
The early game items are pretty basic. These are gonna be used as the basic building blocks for all future parts and machines.
Ores/Natural Resources
There are three ores you should find for early game.
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Iron Ore
Iron ore is the most used ore out of the three by far. Iron ore is found in Iron Nods. For a MK 1 Miner, an impure node will provide 30pm, a normal node will provide 60pm, and a pure node will provide 120pm.
Copper Ore
Copper ore is used in all eletronic related items. Copper ore is found in Copper Nods. For a MK 1 Miner, an impure node will provide 30pm, a normal node will provide 60pm, and a pure node will provide 120pm.
Limestone
Limestone is used in the construction of concrete. Limestone can be found in Limestone Nods. For a MK 1 Miner, an impure node will provide 30pm, a normal node will provide 60pm, and a pure node will provide 120pm.
Coal
Coal is used to make steel ingots and power a coal generator. For a MK 1 Miner, an impure node will provide 30pm, a normal node will provide 60pm, and a pure node will provide 120pm.
Leaves
Leaves are collected by picking them off the ground, or cutting down trees with the chainsaw in order to collect them. They can be crafted into biomass which can be used to fuel your biomass burners.
Wood
Wood is a rarer to find than leaves, but they are more efficent in the creation of biomass. You can mainly find them while cutting down trees.
Flower Petals
Flower petals are the most rare of the three natural plants found in the game. They are used to make color cartriges and to power biomass burners. There is no need to craft biomass out of them, they are most efficent when just put into the biomass burner themselves. They are found throuhgout and can be picked up from the ground.
Ingots
Ingots are the procesed version of thier ore counterparts. They are made inside of a smelter, foundry or refinery.
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Iron Ingot
Iron ingots are used as the base for all iron products. They are made in a smelter. When at a 100% efficency, it will makes 30 ingots pm from 30 ore pm.
Copper Ingot
Copper ingots are used as the base for all wire and copper sheets for your would. They are made in a smelter. When at a 100% efficency, it will make 30 ingots pm from 30 ore pm.
Steel Ingot
Steel ingots are used in the constrution of all steel related resources. They are made in a foundry. When at 100% efficency, it will make 60 ingots pm from 45 iron ore and 45 coal pm.
Resources
The resources made from these ingots are the base for the continuing game. Which progressivly gets more and more complex.
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Iron Plates
Iron plates are pretty important in the early game. They are used for the belt MK1 construction and in the construction of other machines and storage. In a single constructor at 100% efficency, it will make 20 iron plates pm with 30 ingots pm.
Iron Rods
Iron rods are used all around in construction. Mainly in the creation of other resources or machines. In a single constructior at 100% efficency, it will make 10 iron rods pm with 15 ingots pm.
Screws
Screws are mainly used in the construction of reinforced iron plates and rotors. They are also used throughout the rest of the playthrough in recipes for resources. In a single constructior at 100% efficency, it will make 40 screws pm with 10 iron rods pm.
Reinforced Iron Plates
Reinforced iron plates are used for making constructiors, assemblers, etc. They are also used in the construction of the MK2 conveyer belts. In a single assembler at 100% efficency, it will make 5 reinforced iron plates with 40 screws and 30 iron plates pm.
Rotors
Rotors are used in the construction of assemblers and other machines and resources. One of the main resources they are used in is motors. In an assembler at 100% efficency, it will make 4 rotors with 100 screws and 20 iron rods pm.
Modular Frames
Modular frames are used in the construction of some important resources. In an assembler at 100% efficency, it will make 2 modular frames with 12 iron rods and 3 reinforced iron plates pm.
Steel Beams
Steel beams are mainly used in the construction of MK3 belts that move 270 item pm. In a constructor at 100% efficency, it will make 15 beams with 60 steel ingots pm.
Steel Pipes
Steel pipes are used here and there and are not for one specific thing. In a constructor at 100% efficency, it will make 20pm with 30 steel ingots pm.
Encased Industrial Beams
Enchased industrial beams are mainly used to create the MK4 belts that move 480 items pm. In a assembler at 100% efficency, it will make 6 with 24 steel ingots and 30 concrete pm.
Wire
Wire is used for the construction of cable. Wire is also used here and there in certain places. In a constructor at 100% efficency, it will make 30 wire with 15 copper ingots pm.
Cable
Cable is used for powerlines and connecting machines to power poles which connnect to your power plant. In a constructor at 100% efficency, it will make 30 cable with 60 wire pm.
Concrete
Concrete is used in mainly the construction of foundations and walls for your factory. They are also used in certain recipes and machines. In a constructor at 100% efficency, it will make 15 concrete with 45 limestone pm.
Biomass
Biomass is used to power your biomass burners. They are decently efficent for this purpose. You can craft them using two different items, leaves, and wood. Both in a constructor at 100% efficency, leaves will make 5 biomass with 10 leaves, and wood will make 20 biomass with 4 wood.
Machines
Machines are where all of this processing of items into resources happen. They are nessasary to beat the game.
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Miner MK1
The miner MK1 is placed on top of resource nodes to extract the ore from them. For the MK1 miner, a impure node will produce 30 ore pm, a normal node will produce 60 ore pm, and a pure node will produce 120 ore pm.
Constructor
These will become your best friend. They are used in almost every single factory and take in one input of item and porduces one output of an item.
Assembler
Assemblers are used for more advanced construction of resources. They take in two items and produce one item.
Smelter
The smelter takes in a ore input and makes the ingot output. Only takes in one input and one output.
Foundry
Foundry also takes in ores and creates a ingot. Takes in two inputs and produces one output.
Conveyor Belt MK1
These are constructed using iron plates and transport up to 60 items pm.
Conveyor Belt MK2
These are constructed using reinforced iron plates and transport up to 120 items pm.
Conveyor Splitter
This splits evenly one conveyor belt into up to three seperate belts.
Conveyor Merger
This merges up to three belts onto one single belt.
Conveyor Pole
This supports the conveyor so it is not on the ground.
Power Pole MK1
This can make up to four connections using cable. They connect your machines to your power grid so they can work properly.
Biomass Burner
These are used at the begining of the game to power your buildings. They are manually loaded with biomass and provide 30 MW of power. Keep in mind that the biomass burners attatched to the HUB only produce 20 MW of power.
Coal Generator
The coal generator is an automatic way to produce power. One single generator at 100% efficency will produce 75 MW of power with 15 coal pm and 45 water pm.
Factory Foundation
These are used to organize and more accuratly place machines and conveyor belts. When you place someting on a foundation, it will snap to a grid making it eaiser to allign belts and machines. Where if you were to place a machine or belt on the ground it would be placed freely.
Water Extractor
The water extractor extracts water fron ponds, rivers, lakes, and oceans. A water extractor with no overclocking will provide 120 water pm.
Pipeline Mk1
The pipeline MK1 is the first of two varients of the pipeline. A single pipe can transport up to 300 fluid pm.
Pipeline Junction
The pipeline junction is like the splitter and merger in one. It automaticly either splits or merges liquids based of the direction your pumps and flow is going. Can make up to four connections. Keep in mind that you can't combine two different liquids onto a single pipe.
Pump MK1
The pump mk1 is placed on pipelines and pumps liquid 20 meters in a single direction. They are used to move liquids uphill or in a certain direction. Liquid will not go up if there is no pump to push up the liquid, so make sure you place them here and there to make sure your liquid doesn't get stuck in your pipes.
Small Fluid Buffer
The small fluid buffer hold liquid inside of it. It has an input and output where you can attact your pipelines. The small fluid buffer can hold 400 of any liquid.
Mid-Game Items
ReturnWhen I use "pm" it means "per-minute"
The mid-game items are a bit more complex. The nice thing is there arn't as many machines to learn about, but the downside is you now have to deal with a lot more liquids like oil.
Ore/Natural Resources
These are resources you should find or keep an eye out for.
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Oil
The biggest step into the mid-game is using oil. This is required to make plastic and rubber which is vital for the rest of the game. From a oil extractor at 100% efficency, a impure node will provide 60 oil pm. a normal node will provide 120 oil pm, and a pure node will provide 240 oil pm.
Caterium
Caterium is used inside the MAM for reserach. It is very important because you will need some of the unlocks for future uses. From a MK1 miner at 100% efficency, a impure node will provide 30 pm, a normal node will provide 60 pm, and a pure node will provide 120 pm.
Quartz
Quartz is used inside the MAM for reserach. This is vital for the phase of bauxite and the end-game, It is also used in things here and there. From a MK1 miner at 100% efficency, a impure node will provide 30 pm, a normal node will provide 60 pm, and a pure node will provide 120 pm.
Bauxite
Bauxite is used in the construction of many late mid-game things to early end-game items. It is needed to construct the MK5 conveyor belts. From a MK1 miner at 100% efficency, a impure node will provide 30 pm, a normal node will provide 60 pm, and a pure node will provide 120 pm.
Ingots
These are the processed varients of the ores.
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Caterium Ingot
This is the ingot version of cateruim and is much harder to mass produce than all the other basic ingots. In a smelter at 100% efficency, it will make 15 ingots from 45 caterium ore pm.
Alumina Solution
This is the first step of many to fully process bauxite into it's ore form. In a refinery at 100% efficency, it will make 120 alumina solution and 50 silica from 120 bauxite and 180 water pm.
Aluminum Scrap
Aluminum scrap is the second step of the tree in order to make the alumium ingot. In a refinery at 100% efficency, it will make 360 aluminum scrap and 120 water from 240 alumina solution and 120 coal pm.
Aluminum Ingot
The aluminum ingot is the final result of all the pain from the previous two steps. I dread doing aluminum just because its so many numbers but anyway. It a foundry at 100% efficency, it will make 60 aluminum ingots from 90 aluminum scrap and 75 silica pm.
Resources
These are the final resources from the ingots and ores. These will be very important later on.
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Plastic
Plastic is important in the construction mk2 pipes, computers and more. In a refinery at 100% efficency, it will make 20 plastic pm and 10 heavy oil residue pm from 30 oil pm.
Rubber
Rubber is used here and there but is important for future recipes. In a refinery at 100% efficency, it will make 20 rubber pm and 20 heavy oil residue pm from 30 oil pm.
Heavy Oil Residue
Heavy oil residue is mainly the byproduct of making plastic and rubber. There is no basic recipe for this, but there is an alternate recipe.
Fuel
Fuel is used to power fuel generators or packaged and put into your jetpack. In a refinery at 100% efficency, it will make 60 fuel pm from 30 oil pm.
Stator
Stators are used to build motors. In an assembler at 100% efficency, it will make 5 stators pm from 15 steel pipes and 40 wire pm.
Motors
Motors are needed for future machines, nothing crazy special about them. In a assembler at 100% efficency, it will make 5 motors pm from 10 rotors pm and 10 stators pm.
Heavy Modular Frames
Heavy modular frames are useful in the construction of resources and machines. In a manufactuer at 100% efficency, it will make 2 heavy modular frames pm from 10 modular frames pm, 30 steel pipes pm, 10 encased industrial beams pm, 200 screws pm.
Quickwire
Quickwire is created from the caterium and is needed to further advance through the MAM research on the caterium tab. In a constructor at 100% efficency, it will make 60 quickwire pm with 12 caterium ingots pm.
AI Limiter
The AI Limiter is mainly used for smart splitters, but it is also used here and there for machines and recipes. In a assembler at 100% efficency, it will make 5 ai limiter pm from 100 quickwire pm and 20 copper sheets pm.
Silica
Silica is used in recipes here and there and overall isn't something you should really worry about. In a constructor at 100% efficency, it will make 37.5 silica with 22.5 raw quartz pm.
Quartz Crystal
Like silica, quartz crystal is not something to really worry about unless it is used in your recipes for items. In a constructor at 100% efficency, it will make 22.5 quartz crystal from 37.5 raw quartz pm.
Aluminum Sheet
Aluminum sheets are very important for the rest of the game. They are required for the construction of MK5 belts, which are the max level of belts. A MK5 belt will move 780 items pm. In a assembler at 100% efficency, it will make 30 aluminum sheets pm with 30 30 aluminum ingots and 10 copper ingots pm.
Aluminum Casing
Aluminum casing is less important than the sheets but they are used in some recipes for items. In a constructor at 100% efficency, it will make 60 aluminium casings pm with 90 aluminum ingots pm.
Crystal Oscillator
Crystal oscillators are not used for anything specific other than milestone upgrades and other end-game recipes. In a manufactuer at 100% efficency, it will make 1 crystal oscillator with 18 quartz crystal, 14 cable, and 2.5 reinforced iron plates pm.
Raido Control Unit
\Radio control units are not very useful when it comes to making machines. However, they are very important for some end-game recipes. In a manufactuer at 100% efficency, it will make 2.5 radio control unitys with 1.25 computers, 1.25 crystal oscillators, and 40 aluminum casing pm.
Circut Boards
Circut boards are used to make more advanced technological equipment. In a assembler at 100% efficency, it will make 7.5 circut boards pm with 15v copper sheets pm and 30 plastic pm.
Computers
The computer is pretty important for later on. I reccomend building a steady supply of these. In a manufactuer at 100% efficency, it will make 2.5 computers pm with 25 circut boards, 22.5 cable, 45 plastic, and 130 screws pm.
Machines
There is a few new machines to learn about in the mid-game.
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Refinery
From now on with alternate recipes and everything, you will use this machine more than any othe one. So make sure you understand it. It takes in two inputs, one solid matter and the other liquid. It also outputs the same, one solid matter belt and a pipe.
Manufacturer
The manufactuer is used to make complex resources. Get used to this one aswell because all the future advanced resources are made in here. It takes in 3 or 4 inputs to make 1 output.
Miner MK2
The miner MK2 is also amazing. It doubles the amount of ore pm you would get from a MK1 miner. For all the nodes at 100% efficency, an impure will provide 60 ore pm, a normal node will provide 120 ore pm, and a pure node will provide 240 ore pm.
Fuel Generator
The fuel generator takes in 12.5 fuel pm to make 150 MW of power for your power grid. I reccomend using alternate recipes to turn oil into heavy oil residue and then make fuel out of that to power your grid.
Packager
The packager is used to package liquids into containers for easy transport or as fuel for your jetpack or vehicles. It takes containers made from plastic and the liquid you want to package and combines them. You can package any liquid you want in the entire game.
Belt MK4
The belt MK4 is made from encased industrial beams and can transport up to 480 items pm. You shouldn't really be using these for long, I would reccomend only using them to create your bauxite factory so you can get the MK5 belts faster.
Belt Mk5
The belt MK5 is the best and last versions of the conveyor belts. They are made from aluminum sheets and can transport up to 780 items pm.
Oil Extractor
The oil extractor is placed ontop of oil nodes. They will collect oil just like a miner, but the numbers are different. For an impure node it will produce 60 oil pm, a normal node will produce 120pm, and a pure node will produce 240 pm.
Smart Splitter
The smart splitter is a interesting version of the splitter. You can decide where to split items and set a priority line and if that line backs up, you can make the rest of the items go a different way. Although, as soon as that priority line starts moving again, that overflow line won't get any material.
MAM
The MAM is short for molecular analysis machine, meaning it will analyze the data of whatever you put into it. The MAM is used to reaserach unknown minerals such as caterium or quartz, alien organizms, alien plants, and power slugs. I reccomend you start using the MAM as early as possible so you have all the branchs unlocked for when you need them later down the line.
Trains
Trains are very useful and I greatly reccomend you understand them. The trains themselves are easy to understand, they can be autopioleted to drive to other trainstations or manualy driven. If two seperate trains or a train derails you will be notified. A trains top speed is 120 KM per hour. The fuel is your power and the mimimum power it uses is 25 MW. It takes more power when it has to speed back up, rather that be braking before a turn then gasing out of it or heading uphill. You can have two trains attaced to eachother, and multiple trains on a single track.
Freight Car
The freight car is attaced behind a train or another freight car. They can hold items that can be loaded and unloaded at freight platforms. I reccomend you have a ratio of 4 freight cars for every train in order to keep that max speed of 120 KM per hour.
Train Station
The train station is where your trains will stop and go. They can be named and once placed, can be found in the train's time table to make that train go to it.
Freight Platform
The freight platform is where you will either load or unload your items from your freight cars. Thay are attached to the back of trainstations and 1 freight platform will load/unload 1 freight car.
Block Signal
This is where things start to get complex with trains. Only use block and path signals if you plan to have multiple trains on a single track. The block signal is placed on an end segment of a railway. What it does is seperate the track into different "blocks" What they do is say there is a train in the block ahead. If a train aproaches the block before the train before the train ahead exits the block, it will stop until that train leaves the block. This prevents train collisions. I reccomend placing one blocksignal for 2 full railway tracks.
Path Signals
Path signals are more complex. They are placed on the enterances to junctions. Junctions are like stoplights but for trains. What it does is when the train aproaches, it will check if the path it is going is clear. If it is, the train will go right on through. If the train can't go through, it will wait at the begining of the junction. The cool think about this is it will let two trains go into the junction at once if their paths don't intersect. An example would be two trains going straight but on oposite sides. If you just used block signals one train would stop because there is a train in that block, but path signals allow trains to move if thier path is clear.
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Railway
The railway is a little more complex than thought but overall is simple. You place them down, and the train goes over them. It gets complex when you deal with merging and seperating railways. At the end of a railway or where two railway pieces connect, you can attach another railway to go into a diferent direction. The train themselves will deal with witch way they need to go. Doing this trick allows for the creation of junctions like in the photos above.
Late-Game Items
ReturnWhen I use "pm" it means "per-minute"
The late-game items are a lot more complex. There is now nitrogen, nuclear reactors, and plutonium.
Ores/Natural Resources
These are the rarer ores you realy need to find.
Sulfur
Sulfur is used to make sulfuric acid wich is vial for uranium processing. It can also be researched in the MAM for more weapon opputinities. From a MK1 miner at 100% efficency, an impure node will provide 30 ore pm, a normal node will provide 60 ore pm, and a pure node will provide 120 ore pm.
Nitrogen Gas
Nitrogen gas is used for some more advanced materials. It is a rare resources and is ectracted from resources wells. I could not find any numbers on the outputs.
Uranium
Here we go with this one. This is the face of late-game automating. I have only goten this far once before. It is obviously used in the making of nuclear fuel rods for fueling nuclear reactors. In a MK1 miner at 100% efficency, an impure node will provide 30 ore pm, a normal node will provide 60 ore pm, and a pure node will provide 120 ore pm.
Ingots
There is not many "ingots" in the late game. It is all mainly a ton of the previous ingots.
Nitric Acid
Nitric acid is the procesed version of nitrogen gas. In a blender at 100% efficency, it will make 30 nitric acid pm from 120 nitrogen gas pm, 30 water pm, and 10 iron plates pm.
Sulfuric Acid
Sulfuric acid is the processed version of sulfur. It is a very important resource for making your nuclear fuel rods. In a refinery at 100% efficency, it will make 50 sulfuric acid pm from 50 sulfur pm, and 50 water pm.
Resources
There is quite a few resources to automate expecially if you want to create a nuclear power plant.
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Battery
The battery is used mainly to power drones, and it's used for constructing some key resources. In a blender at 100% efficency, it will make 20 batteries pm and 30 water pm from 50 sulfuric acid pm, 40 aluminua solution pm, and 20 aluminum casings pm.
Encased Uranium Cell
The encaed uranium cell is used for the long process of constructing the nuclear fuel rod. In a blender at 100% efficency, it will make 25 encased uranium cells and 10 sulfuric acid pm from 50 uranium pm, 15 concrete pm, and 40 sulfuric acid pm.
Electromagnetic Control Rod
The electromagnetic control rod is used to construct the nuclear fuel rod. It is also used in other alterante recipes. In a assembler at 100% efficency, it will make 4 electromagnetic control rods pm from 6 stators pm, and 4 ai limiters pm.
Non-fissile Uranium
Non-fissile uranium is only used for the construction of plutonium. In a blender at 100% efficency, it will make 50 non-fissile uranium and 15 water pm from 37.5 uranium waste pm, 25 silica pm, 15 nitric acid pm, and 15 sulfuric acid pm.
Supercomputer
Supercomputers are used in the making of turbo motors which are required for the MK3 miner. In a manufactuer at 100% efficency, it will make 1.88 supercomputers pm from 3.75 computers pm, 3.75 ai limiters pm, 5.63 high-speed connectors pm, and 52.5 plastic pm.
Turbo Motor
The turbo motor us used to construct particle accelerators and MK3 miners which are very useful when it comes to uranium processing. In a manufacturer at 100% efficency, it will make 1.88 turbo motors pm with 7.5 cooling systems pm, 3.75 radio control units pm, 7.5 motors pm, and 45 rubber pm.
Cooling System
The cooling system is used for the construction of turbo motors mainly. In a blender at 100% efficency, it wil lmake 6 cooling systems pm with 12 heatsinks pm, 12 rubber pm, 30 water pm, and 150 nitrogen gas pm.
Fused Modular Frame
The fused modular frame is used to unlock milestones mainly. In a blender at 100% efficency, it will make 1.5 fused modular frames pm from 1.5 heavy modular frames pm, 75 aluminum casing pm, and 37.5 nitrogen gas.
High-speed Connector
The high-speed connector is used for recipes and a few train parts. Overall, unless you need it for another recipe don't automate it for yourself. In a manufactuer at 100% efficency it will make 3.75 high-speed connectors pm from 210 quickwire pm, 37.5 cable pm, and 3.75 circut boards pm.
Nuclear Fuel Rod
The uranium fuel rod is one of two ways to power the nuclear fuel plant. In a manufacturer at 100% efficency, it will make 0.4 uranium fuel rods pm from 20 encased uranium cells, 1.2 encased industrial beams pm, and 2 electromagnetic control rods pm.
Plutonium Fuel Rod
The plutonium fuel rod is the second of two ways to fuel the nuclear power plant. In a manufactuer at 100% efficency it will make 0.25 plutonium fuel rods pm from 7.5 encased plutonium cells pm, 4.5 steel beams pm, 1.5 electromagnetic control rods pm, and 2.5 heat sinks pm.
Uranium Waste
Uranium waste is the first of two waste types. It is the byproduct of using nuclear fuel rods as a powersource for your nuclear power plant. There is no way to craft this.
Plutonium Waste
Plutonium waste is the second of two waste types. It is the byproduct of using plutonium fuel rods as a powersource for your nuclear power plant. There is also no way to craft this.
Plutonium Pellet
The plutonium pellet is the first step in the process to make plutonium fuel rods. In a particle accelerator at 100% efficency it will make 30 plutonium pellets pm from 100 non-fissile uranium pm, and 25 uranium waste pm.
Encased Plutonium Cell
The encased plutonium cell is the second step in the process of making plutonium fuel rods. In a assembler at 100% efficency, it will make 5 encased plutonium cells pm from 10 plutonium pellets pm, and 20 concrete pm.
Pressure Conversion Cube
The pressure conversion cube is only used in alternate recipes and the creation of nuclear pasta. In a assembler at 100% efficency, it will make 1 pressure conversion cube pm from 1 fused modular frame pm, and 2 radio control units pm.
Nuclear Pasta
Nuclear pasta is one of the four final space elevator parts. In a particle accelerator at 100% efficency, it will make 0.5 nuclear pasta pm from 100 copper power pm, and 0.5 pressure conversion cubes pm.
Assembly Director System
The assembly director system is the second of the four final space elevator parts. In a assembler at 100% efficency it will make 0.75 assembly director system from 1.5 adaptive control units pm, and 0.75 supercomputers pm.
Magnetic Field Generator
The magnetic field generator is the last of the four final space elevator parts. In a manufactuer at 100% efficency it will make 1 magnetic field generator pm from 2.5 versatile framework pm, 1 electromagnetic control rod pm, and 5 batteries pm.
Thermal Propulsion Rocket
The thermal propulsion rocket is the third of the four final space elevator parts. In a manufactuer at 100% efficency, it will make 1 thermal propulsion rocket pm from 2.5 modular engines pm, 1 turbo motor pm, 3 cooling systems pm, and 1 fused modular frame pm.
Machines
Luckily, there is not as many machiens to learn. The downside is that they are very complex.
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Miner Mk3
The miner MK3 is the most advanced miner. When fully overclocked on a pure node, it produces more ore than a MK5 belt can handle. When this miner is at 100% efficency, an impure node will provide
Resource Well Pressurizer
The resource well pressurizer is the first of two parts to extract from resource wells. It is placed in the center node which will make all the smaller nodes start up. It will also show the total amount of material produced from all the surrounding wells.
Resource Well
The resource well is where actually get your resource from your resource well. Each node has a seperate purity. For an impure node it will provide 60 resource pm, a normal node will provide 120 resource pm, and a pure node will provide 240 resource pm.
Blender
The blender is used for late-game processing. It has four total inputs, two solid matter and the other two liquid. The outputs are one of both solid matter, and liquid.
Nuclear Power Plant
The nuclear power plant is where you turn either plutonium or uranium fuel rods into power.
Particle Accelerator
The particle accelerator is where you most advanced materails are made. This is vital for nuclear pasta. It has two solit matter inputs and one solit matter output.