Single Assembler: Crafts All Science Packs (or Anything Else), Including All Required Components
A video showcasing the assembler in action can be found here:
The blueprint is designed for high throughput, utilizing 5 inserters for input and 2 inserters for output. It also features a compact footprint, with the assemblers and control logic fitting within a standard 12-beacon design, allowing for the use of speed modules.
Scalable Production Rate
A single assembler can craft 4 units of each of the first 6 science packs (red, green, blue, gray, purple, yellow) per minute.
With 150 assemblers, this blueprint produces roughly 6 * 600 science packs per minute (using only raw materials as input).
However, the design is modular and scalable, allowing for infinite expansion.
Input and Output
- Input materials are supplied by three belts, while the final products can be collected by logistic bots.
- The input materials can range from raw resources (iron plates, copper, etc.) to intermediate products. It can for example be combined with smelters to produce iron gears or low-density structures.
Liquid Handling
The blueprint includes a liquid system, supplying sulfuric acid and lubricant to the assemblers.
Additional liquids can be integrated if needed, but they are not required for crafting science packs.
Adaptive Crafting System
Due to its design, each assembler only crafts the science packs that are missing from its buffer,
adding a layer of adaptability—it automatically produces whichever science packs are being consumed.
Flexibility
Adding other recipes is easy, making this blueprint highly flexible.
It can be used not only for science production but also as an auto-mall, a circuit factory, or a general-purpose production setup.
How to Use
Simply place the blueprint and with the required materials. Or test it in a sandbox world. A more can be found within the blueprint itself, .