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:dunno:
Now the important question, where do I find and purchase one of these computers?
 

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'Tain't the computer, it's the printer. Wonder what 4130 steel ink costs per printer cartridge?
 

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'Tain't the computer, it's the printer. Wonder what 4130 steel ink costs per printer cartridge?
I gotta believe there's a computer program runnin that printer right? ;)
 

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Discussion Starter · #6 ·
The first time I ever saw one used was, believe it or not, on a Jeff Dunham special. He used it to manufacture the head of Achmed the Dead Terrorist's son.

He first sculpted the head in clay, then used a scanner to scan a 3D image into his computer. Used that program to make refinements and cuts and spaces required for the mechanics inside the head. Pressed print, and in about 20 hours or so, had a product ready for final fitting and painting.

Have NO idea how it works with metal.

But here is a link to one I found on the interweb...

MakerBot Replicator
 

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Basically, it prints in a kind of powdered metal in a resin carrier solution IIRC, and then uses a laser to melt the carrier solution and sinter the metal together into a solid piece.

I'm thinking the "SLP a wax master then cast' approach might be easier, depending on the maker's available skills--I for one am lacking in the heat-treatment department, for example.
 

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So, basically, even though the process is different, what you get in the end is an entire MIM pistol that costs about ten times what a conventionally manufactured steel pistol costs.

It's certainly an impressive demo, but I'm not ready to invest.
 

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"So, basically, even though the process is different, what you get in the end is an entire MIM pistol that costs about ten times what a conventionally manufactured steel pistol costs".

Kind of sounds like the current administrations policies on health care don't it?:-?
 

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The advantage for manufacturers, when the technology matures, will be in not needing specialized tooling--Ruger could run say, a 1911, a P345 and a 10/22 one right after another on the same line. Significantly less need of human involvement in machining ops, in theory the only thing you need people for is cleaning the printer heads periodically.

For the home-gunsmith set, the advantage is that they can print as many as they want, knowing that they've never been registered anywhere and thus aren't "in the system"--just like when you finish an 80% PCR.

BUT... the rub is ultimately cost. This exercise reads to me as a pure "Can it be done AT ALL?" rather than a "Can it be ECONOMICALLY done?"--proof-of-concept, a first baby step as it were, and now that they know the technology works they can start looking for ways to make it less expensive. Combine this with plastic / bio SLP, and... well, THIS is our road to Star Trek replicator technology.
 
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