Leap in 3D printing technique

[Pete Schumacher]

Inspired by Terminator 2 . . .

http://www.vox.com/2015/3/16/8227627/3d-printing-liquid-continuous

[Mark65]

Re: Leap in 3D printing technique

Wow. O_o

[Pallas]

Re: Leap in 3D printing technique

You're reading Vox now, Pete?

That's a pretty decent first step to recovery.

[killa]

Re: Leap in 3D printing technique

You're reading Vox now, Pete?

That's a pretty decent first step to recovery.

Has to get his counter attack ready :rolleyes: :D

[Wolf]

Re: Leap in 3D printing technique

Wow. O_o

Yeah- WOW!!!!
Wolf

[Pete Schumacher]

Re: Leap in 3D printing technique

You're reading Vox now, Pete?

That's a pretty decent first step to recovery.

I read Huffpo too . . . just to see what the asylum is like. ;)

[Pallas]

Leap in 3D printing technique

HuffPo and Vox are very different in terms of their intellectual depth. The former is mostly just a mouthpiece, but the latter is much more thoughtful. (While I consider Matt a friend and briefly met Ezra a few times, I think that's an objective read of the two sites.)

[michiganpat]

Re: Leap in 3D printing technique

not really new, it looks like a variation of Stereolithography with the platform coming out of the vat instead of dropping into the vat.....

[UGP]

Re: Leap in 3D printing technique

Yeah I was thinking about building one with the spare dlp projector and my cnc but gave my projector to my sister, so it kind of has been on the back burner for the past year

[DanP]

Re: Leap in 3D printing technique

not really new, it looks like a variation of Stereolithography with the platform coming out of the vat instead of dropping into the vat.....

It looks like the real innovation here is that the light does not directly cure the resin, but catalyzes a chemical reaction at the resin/air interface. This reaction seems to take place at a much faster rate than the previous curing action (either by laser scan or DLP projection), thus increasing the speed of the process quite a bit. I don't see anything that would make this a game changer in the additive manufacturing industry, nor the mass production industry, but it is a pretty novel step forward in speed and probably part surface quality.

Dan

[spasticteapot]

Re: Leap in 3D printing technique

It looks like the real innovation here is that the light does not directly cure the resin, but catalyzes a chemical reaction at the resin/air interface. This reaction seems to take place at a much faster rate than the previous curing action (either by laser scan or DLP projection), thus increasing the speed of the process quite a bit. I don't see anything that would make this a game changer in the additive manufacturing industry, nor the mass production industry, but it is a pretty novel step forward in speed and probably part surface quality.

Dan

I'm not so sure. Extrusion printers - at least, the ones mere mortals like me have access to - have substantially greater issues with uneven cooling warping the output. While the resin is significantly more expensive than a spool of PLA, the ability to produce a high-quality positive or negative mold of great size is ideal for small production runs. Waveguides, for example...

[DanP]

Re: Leap in 3D printing technique

I'm not so sure. Extrusion printers - at least, the ones mere mortals like me have access to - have substantially greater issues with uneven cooling warping the output. While the resin is significantly more expensive than a spool of PLA, the ability to produce a high-quality positive or negative mold of great size is ideal for small production runs. Waveguides, for example...

If mere mortals can afford this machine and the resin (I doubt that will be the case - I don't think they're competing with extrusion printers), it could be a great jump forward for the hobbyist. I still can't see it being a game changer for the additive manufacturing industry though, nor the production industry.

Basically, if you need a part in an hour instead of tomorrow this could be a big deal - medical procedures requiring immediate custom implants could potentially benefit from this technology. If you can wait until tomorrow, there are already great options. If you need hundreds to hundreds of thousands of parts, there are already great options. Cost of operation could change my tune on this, but I have a feeling this will be in the industrial cost range, not the hobbyist range.

Dan

[spasticteapot]

Re: Leap in 3D printing technique

Cost of operation could change my tune on this, but I have a feeling this will be in the industrial cost range, not the hobbyist range.

Dan

Printers of similar design are creeping down to the ~$1,000 level. My hackerspace is looking at one. And for things with inclusions or hollow shapes, it's a hell of a lot easier than a mill.

[TN Allen]

Re: Leap in 3D printing technique

Wouldn't a printer that "grows" wood fiber to design be great?

[aarond]

I was doing a search for something else and came across this post. Amazing how far we've come in 6 years. Extrusion printers have come a long way as well. For $200 there isn't much reason why most kids can't have an Ender 3 which is a fairly capable machine.

https://phrozen3d.com/products/sonic-mighty?variant=39634923094203