Oh please, you can make a pistol with a 3-axis mini-mill. And even a full on CNC conversion of said mill would require less than $2k. Why would I require a $17k 3D printer that only makes things in plastic?
The Fab@Home project is an opensource version of the same sort of thing. Checking their FAQ page puts the current estimate for building your own at $1,300 so ‘ease of use’ seems to carry a pretty hefty price tag.
The home-brew 3D printer machines are available in kit form for under a kilobuck. The cost cam be even half of that if you want to pick and chose your own parts from a number of suppliers instead of an all-inclusive kit. It won’t print quite as nice as HP, but you’ll save a bundle on consumables alone, and no solder-fu is needed.
reprap.org makerbot.com thingiverse.com
AFAIK, no one has uploaded digital 3D printer files for any kind of a weapon, but I’ll have some reloading die boxes and cartrage tray objects uploaded at some point.
Ry: Yeah, but will the ABS it extrudes be strong enough to actually work as a lower (and, almost as importantly, even if it works immediately, will it keep working after a few thousand rounds of wear and stresses)?
I know that plastics of some sort can work (see CavArms lowers), but those are glass-filled nylon, not ABS.
The day they regulate these is when both the first and second amendments die.
Think of it this way: what is the gun? Is it the plans for it, or the device for manufacturing it? No, but once these techniques are viable for making a gun, both must be controlled.
Actually, this is a good thing – pretty soon you can buy a CD with the plans to make spare parts for any firearm ever made, Lock, Stock and Barrel. Fire up the CNC machine, and away we go – we will never be disarmed.
For metal parts, print stuff in wax, cast it via lost-wax method, and you’re good.
April 21st, 2010 at 9:04 am
Oh please, you can make a pistol with a 3-axis mini-mill. And even a full on CNC conversion of said mill would require less than $2k. Why would I require a $17k 3D printer that only makes things in plastic?
April 21st, 2010 at 9:52 am
The Fab@Home project is an opensource version of the same sort of thing. Checking their FAQ page puts the current estimate for building your own at $1,300 so ‘ease of use’ seems to carry a pretty hefty price tag.
April 21st, 2010 at 9:54 am
I’m willing to be the HP unit will beat the operating tolerances of the Fab@home by a large margin. That’s where the serious $ comes in.
April 21st, 2010 at 10:50 am
Metrix Create Space, in Seattle, has three or four 3d printers you can rent. They all cost on the order of $2000 a pop.
also, you can easily print an ar15 lower on one. I’ve considered having an ar15 lower cut out of birch plywood on the laser cutter.
April 21st, 2010 at 11:05 am
Check out your local hackerspace for all your CNC, 3D printing and laser cutting needs.
http://hackerspaces.org/wiki/List_of_Hacker_Spaces
April 21st, 2010 at 11:19 am
Jeff – it is so that you can make a Glock 7 and not worry about metal detectors…lol
April 21st, 2010 at 3:32 pm
The home-brew 3D printer machines are available in kit form for under a kilobuck. The cost cam be even half of that if you want to pick and chose your own parts from a number of suppliers instead of an all-inclusive kit. It won’t print quite as nice as HP, but you’ll save a bundle on consumables alone, and no solder-fu is needed.
reprap.org makerbot.com thingiverse.com
AFAIK, no one has uploaded digital 3D printer files for any kind of a weapon, but I’ll have some reloading die boxes and cartrage tray objects uploaded at some point.
April 21st, 2010 at 4:06 pm
Ry: Yeah, but will the ABS it extrudes be strong enough to actually work as a lower (and, almost as importantly, even if it works immediately, will it keep working after a few thousand rounds of wear and stresses)?
I know that plastics of some sort can work (see CavArms lowers), but those are glass-filled nylon, not ABS.
April 21st, 2010 at 9:08 pm
The day they regulate these is when both the first and second amendments die.
Think of it this way: what is the gun? Is it the plans for it, or the device for manufacturing it? No, but once these techniques are viable for making a gun, both must be controlled.
Actually, this is a good thing – pretty soon you can buy a CD with the plans to make spare parts for any firearm ever made, Lock, Stock and Barrel. Fire up the CNC machine, and away we go – we will never be disarmed.
For metal parts, print stuff in wax, cast it via lost-wax method, and you’re good.
April 21st, 2010 at 10:42 pm
does anyone know anyone who has one of these 3d printers? what are they using it for? The perfect spork? 🙂