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T4

This is an improved-rate and OD-less version of this schematic: https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=3476182208

Requirements (Flare):
11.51/s silicon
0.45/s graphite
11.72/s titanium
0.45/s metaglass
7.22/s plastanium

Requirements (Mono):
11.68/s silicon
0.17/s lead
0.45/s graphite
11.72/s titanium
0.45/s metaglass
7.22/s plastanium

Requirements (Dagger):
11.45/s silicon
0.11/s lead
0.45/s graphite
11.72/s titanium
0.45/s metaglass
7.22/s plastanium

Requirements (Crawler):
11.43/s silicon
0.12/s coal
0.45/s graphite
11.72/s titanium
0.45/s metaglass
7.22/s plastanium

Requirements (Nova):
11.68/s silicon
0.23/s lead
0.45/s graphite
11.95/s titanium
0.45/s metaglass
7.22/s plastanium

Requirements (Risso):
11.56/s silicon
0.45/s graphite
11.72/s titanium
0.84/s metaglass
7.22/s plastanium

Requirements (Retusa):
11.51/s silicon
0.45/s graphite
11.95/s titanium
0.45/s metaglass
7.22/s plastanium

Inputs are suggested by sorters, left in for your convenience. Input titanium to the cryofluid mixers in the plastanium belt at the top. Technically speaking, silicon can be input to any of the mech reconstructors. Once everything is satisfied with the correct amount of material, this blueprint should print the desired tier 4 unit at 100% efficiency. Make sure not to place the schematic on obsidian as the water extractors will not put out enough water to supply cryofluid - although the schematic will still work regardless.

Made by Hikari

Schematic code:
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