Crushing and Mechanical Mixing Recipes in Ultimate Factory
guide
Create Ultimate Factory adds dozens of high-efficiency crushing and mechanical mixing recipes that turn mineral byproducts and organic materials into industrial resources.
Mechanical Crushing Conversions
Crushing Wheels in Create Ultimate Factory process raw geological blocks into valuable alchemical powders:
- Scoria into Blaze Powder: Passing 1
Scoria block through counter-rotating crushing wheels pulverizes the volcanic stone into 
Blaze Powder, providing a renewable source of brewing and thermal fuel without hunting blazes. - Dead Tube Coral into Bone Meal: Crushing 1
Dead Tube Coral Block yields multiple units of 
Bone Meal, unlocking high-yield agricultural fertilizer from ocean reef quarries. - Mushroom Blocks into Mushrooms: Processing 1
Brown Mushroom Block yields individual 
Brown Mushrooms, streamlining mass fungal farming.
Setting up paired crushing wheels powered by a high-torque kinetic shaft allows rapid automated processing of bulk mining spoils.
Basin Mixing Recipes with Fluid Integration
The Mechanical Mixer operating over a heated or unheated Basin enables fluid-infused metallurgical synthesis:
Dripstone Block: Mix 1 
Calcite with 200mb of Water inside a basin to synthesize renewable Dripstone Blocks.
End Stone: Combine standard 
Cobblestones (or cobblestone variants), End Stone Powder, and 25mb of Water to fabricate authentic End Stone outside the End dimension.
Gunpowder: Mix solid 
Coal and Blaze Powder in a basin to generate bulk Gunpowder without mob farms.
Kinetic Layout and Speed Recommendations
To maximize mixing and crushing throughput:
- Run crushing wheels at rotational speeds of 64 to 128 RPM to prevent item backlog along input chutes.
- Feed water into mixing basins using Create Fluid Pipes and a Mechanical Pump running at steady speed.
- Place item filters on output brass funnels to direct finished gunpowder and blaze powder into separate factory storage vaults.
Factory Layout and Kinetic Drive Planning
Arranging crushing and mixing lines efficiently minimizes rotational stress loss:
- Drive crushing wheels and mechanical mixers from a centralized high-RPM kinetic transmission line to maintain consistent processing speeds.
- Install fluid pumps directly above infinite water reservoirs to supply mixer basins without relying on manual bucket transport.
- Route crushed blaze powder directly into mixing basins via brass funnels to automate gunpowder fabrication without intermediate player handling.
- Use speedometers to verify that increased machine workloads do not overload the rotational stress network.