Pyratite Mixer

The Pyratite Mixer is a production building that converts Coal, Lead, and Sand into Pyratite. It consumes electrical power while combining the three ingredient materials at fixed rates to produce a steady Pyratite output.

The Pyratite Mixer requires 12 power per second to operate and completes one production cycle every 1.333 seconds. Each cycle consumes resources at the following rates: Coal at 0.75 items/sec, Lead at 1.5 items/sec, and Sand at 1.5 items/sec, yielding Pyratite at 0.75 items/sec. These figures represent the sustained throughput the mixer maintains when continuously powered and supplied.

Practical notes for deployment and operation:

• Design supply lines to meet the exact input rates if you intend to run the mixer continuously. Because Lead and Sand are required at twice the per-second rate of Coal, prioritize throughput on those lines accordingly.
• Provide a consistent 12 power/s. Any shortfall in power will halt production; fluctuations will directly reduce Pyratite output since the mixer requires constant power per second rather than only per cycle.
• The mixer’s output rate (0.75 Pyratite/sec) directly reflects its input ratios; there is no intermediate buffer that increases efficiency beyond supplying the listed input rates.
• Place the Pyratite Mixer where Coal, Lead, and Sand can be routed in without excessive pathing; minimizing transport complexity reduces the chance of intermittent starve conditions.
• When scaling production, multiply the input and power requirements by the number of mixers to determine total resource and energy demand precisely.

The Pyratite Mixer is a deterministic converter: its production and consumption numbers fully define its behavior during operation. Plan resource logistics and power generation around the stated rates to ensure steady Pyratite production.