Andesite Alloy Farm

This schematic is compatible with base Create. No external item inputs are needed, all this machine needs is stress units.

The minimum recommended RPM is 64 RPM. As a result, minimum recommended stress amounts to 8192 SU. (Absolute minimum I observed to work properly is 61 RPM at 7808 SU, lower RPMs caused items to not travel from belts into funnels for some reason)

It can fit in a single chunk with some room to spare. If you need an overkill solution for stress units for this machine, you could fit a compact level 9 steam engine in the same chunk and height.

From testing, I got around ~450 andesite alloys per hour at 64 RPM. Due to the random nature of lava cauldron filling (the limiting factor for this farm), results can vary significantly. This also means that higher RPMs will still be capped by lava intake. Pumping in from an infinite lava source instead of relying on the cauldrons should allow for much higher alloys/hr.

Additional setup after all blocks are placed is documented below and in the images.

• Waterlog the drills (second image).

• Place lava over the chain drives after you waterlog the drills (third image).

• Waterlog the leaf block (fourth image).

• Fill the cauldron with lava (fifth image). Optionally, replace the cauldron with a chute + chest to accumulate flint and iron nuggets over time.

• Place lava over every dirt block (sixth image). You may want to break the center cobblestone slab temporarily to make placing lava easier, but you can also reach through the chutes on the sides. You can optionally pump lava in from an external source.

• (Not pictured) If you're manually building, the vertical brass funnel that leads into the 3x1 item vault should have a list filter set to Deny-List, Ignore Data with gravel as the sole item in the list filter.

• A good indicator to see whether the belts are spinning the right way is to check whether the belts near the mixer travel towards the mixer.