Operating the Dissolution Chamber and Advanced Frames

guide

Constructing and Powering the Dissolution Chamber

Progressing into high-tier industrial automation requires dissolving complex items within specialized chemical fluid baths.

Fabricating iron gears and machine frames on an assembly bench constructs the multi-phase Dissolution Chamber.
The dissolution chamber requires two simultaneous inputs: eight solid items arranged in a circle and a pressurized fluid.
Supplying high-voltage Forge Energy drives the internal chemical agitation and catalytic dissolution reactions.
Pouring liquid latex, pink slime, or fermented meat into fluid tanks initiates high-tier machine frame fabrication.
The dissolution chamber eliminates hazardous manual chemical synthesis, producing perfectly uniform industrial components.
Connecting automated item conduits to input slots ensures raw materials are replenished the instant crafting finishes.
Installing fluid filter conduits prevents incorrect chemicals from entering the chamber and stalling active production.

Building specialized industrial machines requires manufacturing standardized, high-durability mechanical chassis frames.

Combining iron plates, plastic sheets, and gold gears inside the dissolution chamber produces a Simple Machine Frame.
Dissolving diamonds, nether bricks, and simple frames in liquid latex elevates the chassis into an Advanced Machine Frame.
Dissolving netherite ingots and advanced frames in liquid pink slime crafts the pinnacle Supreme Machine Frame.
Supreme machine frames form the indestructible structural hull for deploying colossal laser drills and void quarries.
Extracting sticky organic polymers from slaughtered mob byproducts yields bouncy balls of resilient Pink Slime.
Processing liquid latex through tree extractors and vulcanizers cures the sap into flexible sheets of Dry Rubber.
Stockpiling diverse machine frame tiers prepares your industrial complex for rapid manufacturing of any automated unit.

Linking chemical extractors, dissolution chambers, and storage buffers creates a self-sustaining machine chassis factory.

Connect latex extractors directly to dissolution chambers through insulated fluid pipes to automate frame upgrades.
Use automated item buffers upstream to ensure crafting grids always contain exact recipe ingredient distributions.
Maintain dedicated energy conduits feeding dissolution chambers to prevent power brownouts during multi-step frame synthesis.
Store surplus machine frames in labeled storage drawers for immediate retrieval during large factory expansion projects.
Mastering dissolution chamber chemistry and frame evolution unlocks the entire pantheon of advanced industrial technology.
Conducting routine chemical purity checks prevents sludge buildup from contaminating delicate dissolution reaction vats.