If they cared more about making our society safer, they’d pay teachers more, build more homes, quintuple minimum wage, make education cheaper or free, actually tax the rich, reign in corpos, reform the police, abolish for profit prisons, make healthcare affordable and accessible, remove money from politics, just to start.

But nah, virtue signaling is way easier and is clearly enough to get them re elected, so let’s ban 3D printers baby!

Or even better, just going across the state line and buying one.

Well said.

Or buying/building a milling machine. Or a lathe. Or a drill, a hacksaw, and some files.

Can you imagine world where working class can’t own means of production? But you don’t need to, it already exists.

This is the crap your average gun owners have to deal with all the time. And with similar results for crime prevention, which leads to more and more hoops as legislators try more of the same.

All because they genuinely don’t understand the subject matter or don’t care but want to appeal to people who also don’t know. Remember the “this is a ghost gun” speech?

Welcome to the shitshow, I’m truly sorry you’re here. I just want to enjoy 3D printed doodads and neat non-printed range toys in peace.

Nearly every law or bill in the last 40 years is crusted with bullshit no matter what the original intent or final result is.

Political posturing, like the fucking straws.

What exactly do you have in mind?

While I majorly disagree with this legislation, its not about plastic guns.

They only regulate the part of a gun that has the serial number, not the other parts. For “repairability.” Guess what that one part is easily made of? Yup, plastic.

People are printing the easy part, and buying all the rest in metal. Proper control would be to regulate the sale of commercially manufactured replacement parts, not a tool.

The lower receiver of an AR15 is legally considered the firearm. You can buy all other parts straight up, but you have to go through federal background checks on that one. Even with private sales, at least the first buyer would have to have gone through the process.

On its own, it’s just a chunk of plastic or metal. It’s not pressure bearing and isn’t even all that mechanically stressed in typical use. Therefore, you can print that one part off, buy all other parts, bypass all checks, and have a completely unregistered AR15. It’s not especially difficult to do, though it does involve a few specialized tools.

In the UK, regulation tends to be around pressure bearing parts, and this is a lot more sensible.

y. I am not sure why so many people think this is a concern.

Movies, they fear a gun that can’t be detected in a metal detector.

And you can still get one shot out of a plastic gun, and accuracy doesn’t matter if you are close.

After Jan6 NO ONE in office is free from the fear of being a target of violence, not even the politicians that instigated it.

Fear beats every other emotion. Nearly always

Edit: Ok so I guess lemmy is just as bad as reddit for not wanting to hear the truth.

At least have the balls to say why you disagree.

People can produce 3D objects from digital models. It’s called, checks notes, sculpting!

What kind of dystopian hellhole do you live in where you can be arrested for clicking on a 3D model of a gun?

don’t worry they can just edit the database even if you don’t

What law affects this?

MacGyver was doing it before it was cool.

That won’t make it through a metal detector

“piped” lmao

Here is an alternative Piped link(s):

https://piped.video/KptCCbTcq_o

Piped is a privacy-respecting open-source alternative frontend to YouTube.

I’m open-source; check me out at GitHub.

depends on the design, as well as the capability of the printer.

DMLS is capable of producing basically anything you can think of in metal. FDM or resin, or whatever… you’re printing the frame.

the DEFCAD design, specifically, you’re printing the AR lower receiver- which for some stupid reasons is designated as the “firearm” as far as laws and regulations go. So you can print the lower and buy the rest in cash as parts.that said, the only real function the lower serves in an AR is holding the magazine in place, so it’s not really subjected to anything that’s going to break it.

Incidentally, $40 at a big box store and a lot of TLC with a dremmel can produce a passable SMG. in fact… many of the ww2 era machine guns were designed to be made in factories that used to turn out plumbing parts. (because this reduced the amount of time and materials spent on retooling the production lines.)

If it’s only 3d printed plastic, yes. Most “3d printed guns” are like Glocks. Metal for the important bits, plastic for everything else.

Even in one shot the 3d printed gun will explode. The cartridge is just a container for the gun powder, not the explosion. Real guns have a chamber that contains this explosive pressure.

3d printed guns are nowhere near strong enough to contain this pressure and when the gun fires the bullet is flung harmlessly in some random direction. Since there is almost no energy imparted into the bullet it doesn’t have any power or lethality, heck the shrapnel from the casing is literally more deadly for the shooter than any bullet towards the shootee.

Heck a 3d printed gun can even fire a bullet at all. Plastic is not rigid enough to detonate the primer and set the round off. You can literally fry bullets in a cheap metal pot and when they explode they won’t even go through the pot.

The only way you could make a 3d printed gun work is by incorporating tons of other metal parts, at which point it isn’t a “3d printed gun”. Search up pipe shotguns. They can be made with a handful parts from home Depot and only require 1 or 2 tools at home (only 1 if you get them cut at home Depot). Far more effective and actually deadly, even used by guerilla forces against imperial Japan in the Philippines.

What people are doing with “3D printed” guns is printing the receiver or frame components that are otherwise serial numbered and federally regulated, and populating those with metal barrels, slides, upper receivers, trigger assemblies, pins, springs, etc., as appropriate from the genuine item. These can be quite functional and durable, because the majority of the gun is, in fact, still made from “real” gun parts.

Clever individuals have gotten quite far in managing to print most of the required components, but several critical parts simply can’t be made with consumer level printing technology. At present it is impossible to fully print a gun out of plastic and actually have it work.

The way federal law works, the ATF has identified and decided what constitutes the minimum identifiable major “gun part” of a given model of firearm, which is the part that must bear the serial number and is the component that cannot be sold without a background check through an FFL. For the Armalite platform, for instance, it is the lower receiver which is a component that can be 3D printed. The upper receiver is not a regulated part. For many polymer framed pistols like Glocks, the grip housing and frame is the FFL component. These can typically be 3D printed as well. But some guns, like the PTR/HK 91 and Sig P250 it’s not the frame, it’s the trigger assembly that’s the FFL item. You can’t effectively 3D print one of those – although you could probably manufacture one with a milling machine pretty easily.

I was watching some videos, they look pretty sturdy.

Apparently rebels in Myanmar are even using them.

Illinois has the foid system. You get a card that basically says that you’re legally allowed to own a gun. You need this card to buy ammunition and guns and to possess a gun. It’s not a bad system, problem is that Indiana and Wisconsin are so close to Chicago.

I don’t really think anyone expects this political theater law to be effective in anything except suppressing the growing 3d printing community in one of the world’s largest tech centers.

Shooting themselves in the foot with a good old fashioned normal gun, it seems.

Punched cards making a comeback soon?

Think of all the sweet arcs and Bezier curves you could pull off with analog, though…