Machines & modules

Two machines, wireless

They need no cable: placed within range of a controller, they draw their energy from the network (20 FE/t while they work). Hoppers and ports fill their inputs and empty their output.

Induction Furnace

Iron IngotMinecraftCoal or CharcoalMinecraft

Steel IngotQuantum Storage

Nether QuartzMinecraftSandMinecraft

Raw SiliconQuantum Storage

Molding Press

Iron IngotMinecraftPlate MoldQuantum Storage

Iron PlateQuantum Storage

Copper IngotMinecraftPlate MoldQuantum Storage

Copper PlateQuantum Storage

Steel IngotMinecraftPlate MoldQuantum Storage

Steel PlateQuantum Storage

Copper IngotMinecraftWire MoldQuantum Storage

3Copper WireQuantum Storage

The furnace also cooks like a normal furnace, twice as fast. In the press, the mold is never used up.

Modules

Each machine has 4 module slots. Modules of the same type add up; modules of different types combine.

Module	Effect	Center ingredient
Speed Module	+50% speed, +60% energy, +25% heat	Block of Redstone
Efficiency Module	-20% energy	Block of Lapis Lazuli
Parallel Module	+1 operation at a time, +25% heat	Block of Quartz
Cooling Module	-25% heat	Blue Ice

Steel PlateQuantum StorageBasic CircuitQuantum StorageSteel PlateQuantum StorageCopper WireQuantum StorageBlock of RedstoneMinecraftCopper WireQuantum StorageSteel PlateQuantum StorageBasic CircuitQuantum StorageSteel PlateQuantum Storage

Speed Module+50% speed, +60% energy, +25% heatQuantum Storage

The four modules use the same pattern: only the center ingredient changes (redstone, lapis, quartz, blue ice). See each module for its recipe.

Module calculator

Pick up to 4 modules and see what changes, with the formulas of the mod.

Speed Module−0+

Efficiency Module−0+

Parallel Module−0+

Cooling Module−0+

0 / 4 slots

Work rate×1

Power draw20 FE/t

Energy per operation×1

Heat produced×1

Base: 20 FE/t. The energy per operation is multiplied by the number of operations at a time: three at once use three times as much.

• Speed: +50% work rate, +60% energy, +25% heat.
• Efficiency: −20% energy (multiplied: ×0.8, ×0.64…).
• Parallel: +1 operation at a time, +25% heat.
• Cooling: −25% heat (multiplied: ×0.75, ×0.56…).

Heat

A machine that works heats up, from 0 to 100. It always cools down a little, faster when it is hot (0.4% of its heat per tick).

1. 0 – 75Full speed.
2. 75 – 100It slows down, to 25% of its speed just before overheating.
3. 100Overheated: it stops until it cools below 50.