What are your thoughts on 3d printed accessories?

3D printed parts works great for a lot of stuff that no one makes or the parts are just to expensive for lower end rifles. It definitely has come a long way in the last few years.

There's basically four types of 3d printers in the mainstream nowadays.

Filament printers, these are the most common and generally are the lowest-resolution. That said, they print in a lot of materials. Prusa, Ender, Bambu Lab, are the main companies that come to mind.

Resin printers. These are extremely high resolution but prints tend to be more expensive. And it's difficult to print big parts, or parts with large hollow portions (cupping issues). Formlabs is pretty common here. Getting more expensive. "SLA printers" is the jargon. Many resins are "model style" and brittle, like acrylic. But there are also pricier resins that are "consumer grade" and can take a beating or flex, ceramic, etc. This is what I have.

Laser sintering printers, or SLS. This allows you to print in things like Nylon. The material is basically laser-sintered together out of a powder bath. A step more expensive, but you can basically print out functional running shoes with these style printers.

Then there are metal printers (MIM, FFF, etc) by companies like Markforged, etc. These printers are again a step up in price and pretty much assume you have an industrial work garage. Some serious electricity consumption to produce these parts.

There's a lot of other 3d printers out there, and a lot of custom 3d printers for specific applications -- making jet turbines for Boeing, etc. But I ?think? the above are the main consumer-facing printers out there. I'd love to get a metal 3d printer one day, but aside from not having the space for one, I don't have the money. And I don't really have the amount of jobs ready that would justify the purchase. But it would be fun.
 
There's basically four types of 3d printers in the mainstream nowadays.

Filament printers, these are the most common and generally are the lowest-resolution. That said, they print in a lot of materials. Prusa, Ender, Bambu Lab, are the main companies that come to mind.

Resin printers. These are extremely high resolution but prints tend to be more expensive. And it's difficult to print big parts, or parts with large hollow portions (cupping issues). Formlabs is pretty common here. Getting more expensive. "SLA printers" is the jargon. Many resins are "model style" and brittle, like acrylic. But there are also pricier resins that are "consumer grade" and can take a beating or flex, ceramic, etc. This is what I have.

Laser sintering printers, or SLS. This allows you to print in things like Nylon. The material is basically laser-sintered together out of a powder bath. A step more expensive, but you can basically print out functional running shoes with these style printers.

Then there are metal printers (MIM, FFF, etc) by companies like Markforged, etc. These printers are again a step up in price and pretty much assume you have an industrial work garage. Some serious electricity consumption to produce these parts.

There's a lot of other 3d printers out there, and a lot of custom 3d printers for specific applications -- making jet turbines for Boeing, etc. But I ?think? the above are the main consumer-facing printers out there. I'd love to get a metal 3d printer one day, but aside from not having the space for one, I don't have the money. And I don't really have the amount of jobs ready that would justify the purchase. But it would be fun.
I do have Quidi X-max printer and Creality resin printers. Both work great.
 
I have two of the 3D printed butt hooks from England. They are very well designed and you can configure them by change parts . Everything is made very well and uses big nuts and Allen bolts.

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I like the ability to print stuff up to get things to work like I want it to.
Just finished up a forearm adaptor and pic rail for the 1377 I converted to PCP

View attachment 573132

Tall part rotated 90 degrees on the bed will lower bed movements. Print one item at a time or itll leave a scar where the shorter part ends.
 
As so many have already stated. 3d printing has its place in manufacturing. Ive been testing so many different designs that I couldn't possibly afford to have them all machined. Just one small example. I designed a part for my Zelos build and 3d printed it. Everyone I passed the rifle to loved it.... Until we machined one. Then it just looked wrong. In 3 short hours we went from this.
5898.jpg

To this

This one is for my Karma Eq
5909.jpg

You couldn't possibly prototype parts like this cheaper or faster than 3d printing.

5908.jpg
 
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As so many have already stated. 3d printing has its place in manufacturing. Ive been testing so many different designs that I couldn't possibly afford to have them all machined. Just one small example. I designed a part for my Zelos build and 3d printed it. Everyone I passed the rifle to loved it.... Until we machined one. Then it just looked wrong. In 3 short hours we went from this.
View attachment 573545
To this

This one is for my Karma Eq
View attachment 573547
You couldn't possibly prototype parts like this cheaper or faster than 3d printing.

View attachment 573546

Nice looking part. That is where 3D printing is great so you can get a quick look and hold the real product.