Building Industrial Assembly Lines and Machinery in Warium

guide

Industrial assembly machinery in Warium automates high-tier weapons manufacturing, ballistic alloy pressing, and precision electronic fabrication through interconnected conveyor depots and specialized workstations. By organizing sequential mechanical stations around moving belts, manufacturers can automate complex military components from raw ingots to finished heavy ordnance.

Logistics Depots and Conveyor Routing

Mechanical assembly networks rely on conveyors and depot platforms to shuttle items between processing stages.

Conveyor: crafted in batches of four from two steel ingots, two glass panes, and one redstone dust. Conveyor lines transport materials smoothly between machinery slots.
Conveyor Splitter: crafted from one mechanical component, three conveyors, and one electric motor. The splitter routes incoming item streams into divergent paths for parallel processing.
Assembly Depot: the foundational receiving platform for automated workstations, crafted from two mechanical components, one conveyor, two steel platings, and one formed component.

Fabricating the base Mechanical Component requires one steel gear, one steel spring, one cast component, and one cut component in a crafting table, producing eight components per craft. Crafting Steel Plating requires combining four steel plates.

Specialized Assembly Workstations

Each manufacturing station targets a specific industrial discipline and is built upon an Assembly Depot core:

Assembly Machine: crafted from two steel springs, one mechanical component, two cast cylinders, two steel plating slabs, and one steel gear. This machine forms structural assemblies and mechanically binds hardware.
Assembly Crusher: crafted from three steel springs, two mechanical components, one steel gear, two cast cylinders, and one Assembly Depot. The crusher pulverizes hardened minerals and industrial feeds.
Assembly Furnace: crafted from one steel spring, two mechanical components, one thermal furnace, and one Assembly Depot. This thermal chamber smelts metallurgical alloys and bakes composite materials.
Assembly Chemical Digester: crafted from four formed components, two blocks of nickel, two mechanical components, and one Assembly Depot. The digester processes chemical reagents, fuels, and corrosive catalysts.
Assembly Circuit Fabricator: crafted from three precision components, one electromechanical component, two advanced alloy components, two formed components, and one Assembly Depot. This workstation produces solid-state circuitry and electronic guidance systems.
Assembly Mechanical Fabricator: crafted from two electromechanical components, one mechanical bore, two blocks of steel, one bored component, two aluminum plates, and one Assembly Depot. The mechanical fabricator machines high-precision gun barrels, receivers, and reinforced ordnance hulls.

Constructing the Multi-Block Centrifuge

High-tier isotopic separation and fluid chemical refining require assembling a vertical three-tier centrifuge multiblock:

Assembly Centrifuge Bottom: crafted from two copper coils, one steel plating, four steel ingots, one electromechanical component, and one giant coil.
Assembly Centrifuge Middle: crafted from two electromechanical components, two blocks of steel, two copper coils, two steel tubes, and one Assembly Depot.
Assembly Centrifuge Top: crafted from four steel ingots, one giant coil, one electromechanical component, two copper coils, and one steel plating.

To assemble the unit, place the bottom module, stack the middle module directly above it, and crown the structure with the top module.

For advanced power and nuclear workflows, engineers can integrate the Breeder Reactor Port, crafted from two electromechanical components, one reaction component, two blocks of aluminum, one Assembly Centrifuge Bottom, two nickel ingots, and one tech component.