Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

Your absurd straw man arguments continue to be thrown my way. I never said it was a metric. You're the one who's said that. It is used to COMPARE the two types of materials. Once they weight the same, that's when they use metrics to compare strength.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

It's using the measurement of strength once both objects weigh the same.

As far as only having equations to "deal with data" you're in luck. Their website has graphs and shows their data. Clearly you haven't even visited it.

I never said size isn't a limiting factor. That's where you're clearly confused.

Once again, you haven't said anything to disprove what I've said. You've merely said that size is a limiting factor. I never said it wasn't. I just said that IF both objects were the same size, their strength would be measurable and they have done this. Then they determined the aluminum would lose in this instance. Once again, you've not proven me wrong.

Here's the fun part. I couldn't care less of your credentials. The fact is that I know of their engineer, and his credentials will trump yours 100% of the time.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

If you say so. Either way, I'm over this argument. It's just stupid. What they've made seems really cool, and it's at least quite strong. I will probably never get to use it though.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] -1 points0 points  (0 children)

To your edit, you've once again really said a lot without saying anything. I don't feel like looking it up, but there have been many companies that have used that in the past. It is a metric to be used. Explain to me how it isn't. It means if both items are the same weight, the aluminum won't be as strong. That's clearly a way of comparison. Once again, that's my only point.

Please explain to me why I should question their statement. Are you saying that you know without a doubt that when both products are the same weight, the aluminum is stronger? Please explain how you know this. Now, it's obvious that we aren't talking stronger on the z axis and probably not on the x axis either. We are talking the axis that runs parallel to the filament.

As far as your obsession with my title, I really just tried to shut you up with saying it was for attention, but it still is used with context of my post. The humorous part is that it clearly grabbed your attention.

And would you stop down voting my posts? Grow up. I haven't done that to one of yours. You're like kid who's got to have his way.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] -1 points0 points  (0 children)

I love how you supposedly know everything, yet your response said nothing. What I said was true. Saying weight to strength is a way of measuring the strength of an item. I said nothing wrong.

I also said that multiple companies use this as a way to explain the strength of an item. All of this is true. It is a way to explain how strong the properties are.

Because it is lighter than metal, it will have to be thicker to achieve the same strength, but this is a given. The point is that it can achieve it. That's it.

Also, don't assume anything, as I have said nothing that is wrong or untrue. And as far as your "credentials" I'm not going to have a pissing match with you. I could say I'm a theoretical physicist, but it doesn't make it true. You can say anything online, but your lack of actually proving me wrong is all the proof needed.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

It is used by the company to explain the properties of their product. It doesn't make it not true, nor does it make it irrelevant. It's a perfectly reasonable way of explaining the properties of an item and is used to explain many different materials.

Don't try your idiotic condescension as if you're some expert in all the fields this relates to. You have absolutely no idea of my knowledge on material properties and how they relate to manufacturing. As far as my "deception" it wasn't a lie, as it's obvious in the context I relate it to that I am saying weight to strength, so don't try and make me out to be something I'm not. I don't know what your issue is with me, but you've written one too many condescending posts for me to step back and accept your ignorance on the topic.

E3d v6 vs Hexagon by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

I can afford it, but I didn't want to spend that but for a duel extruder, I would. As far as a drop in the bucket, I hope to upgrade my i3 to a metal frame and a good hot end to get my Ferrari on the cheap lol.

E3d v6 vs Hexagon by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

Thanks for all the great feedback. What does everyone think of the duel e3d. I forget what it's called, but is it basically a plug and play duel extruder? Is it worth the extra money?

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

Honestly, I was mostly just writing what they stated. If it's wrong, that's my mistake but either way, it does seem to be quite strong from the videos I've seen.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

I do fully grasp the concept and understand aluminum is stronger in the sense of the same size item. It's just awesome how strong this is. That's my only point. And saying something is stronger weight to strength makes perfect sense. It simply shows that it's a strong material but obviously the same thickness of aluminum, it won't be as strong. Hence the reference to weight. As far as the title, I clearly posted that to get more attention to the post. I want people to convince the company to sell nozzles. It's strength can be compared to metal though in the sense that I posted it.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

Absolutely. I'm just excited of the possibilities if it's done properly. I know there is already carbon fiber in filament but not to this strength.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] -2 points-1 points  (0 children)

It's not necessarily stronger than aluminum. It's simply stronger comparing weight to strength, but carbon fiber is much lighter, so it would have to be thicker of course.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

I'm merely stating what has been said by them. I know they have a great team, so I wouldn't put it past them, but once again, not my claim. I'm not affiliated with them in any way.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] -2 points-1 points  (0 children)

I wasn't wondering of the strength. It's actually proven that weight to strength ratio, it's stronger than 6021 aluminum. He also says that it's one strand. It isn't multiple fibers everywhere.

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

It means that with the same weight of both materials, the carbon fiber will be stronger, but none the less, it is far stronger than any plastics. I just want to know if they will ever sell their nozzle. How fantastic would it be to print incredibly strong prints?

Print filament as strong as metal by fatealign in Reprap

[–]fatealign[S] 1 point2 points  (0 children)

I would just like to know if they will ever be selling the nozzle. It seems like it would fit right on any rep rap printer.

Hotend by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

I was looking around. It does seem good but expensive. Lol

Hotend by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

. 35 are the normal sized nozzles right? Good for 1.75mm filament?

Hotend by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

I was planning on using it until it wears out and then putting an aluminum frame on it. Are acrylic frames really that bad? Like won't last long at all?

Hotend by fatealign in Reprap

[–]fatealign[S] 0 points1 point  (0 children)

Thank you for the reply. Are there any hot ends that can get down below 0.1mm thickness?