Nano-vats are the cutting edge of production in the galaxy. Consisting of 3 main parts The processor, the Vat, and the feed lines, these devices can build any item with the correct program and raw materials. The advantages of Nano-vats are in their ability to recycle any material at hand and recombine it for a new purpose. Also, by constructing items at the molecular level, advanced materials can be created such as superdense metals, perfect crystalline latices, and Mono-molecular chains.
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| - Nano-vats are the cutting edge of production in the galaxy. Consisting of 3 main parts The processor, the Vat, and the feed lines, these devices can build any item with the correct program and raw materials. The advantages of Nano-vats are in their ability to recycle any material at hand and recombine it for a new purpose. Also, by constructing items at the molecular level, advanced materials can be created such as superdense metals, perfect crystalline latices, and Mono-molecular chains.
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abstract
| - Nano-vats are the cutting edge of production in the galaxy. Consisting of 3 main parts The processor, the Vat, and the feed lines, these devices can build any item with the correct program and raw materials. The advantages of Nano-vats are in their ability to recycle any material at hand and recombine it for a new purpose. Also, by constructing items at the molecular level, advanced materials can be created such as superdense metals, perfect crystalline latices, and Mono-molecular chains. The disadvantages of Nano-vats are that they are slow and costly. Building even the simplest of items, such as a bronze statue, takes as long as a superdense suit of powered battle armor. One molecule of carbon moves just as fast as one of lead. The power and computing requirements for this type of production keeps standard factory line production a staple throughout inhabited space.
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