Trevor Metal 3D Mencetak Bagian 48 Blade pada TruPrint 2000 dari TRUMPF, kemudian menggunakan ONA EDM untuk memotong bagian turbin dari pelat pembuatan. Bantu kami mendanai Pendidikan GRATIS dengan membeli alat yang terlihat di video kami di sini: Akademi Pemesinan CNC GRATIS: Akademi Dirgantara GRATIS: Berlangganan untuk konten harian dan pengetahuan ahli: ___ ___ Akademi Pemesinan CNC GRATIS. Bergabunglah dengan Revolusi: Ikuti kami di Instagram: Sukai kami di Facebook: Bergabunglah dengan percakapan di Grup Facebook kami: Terhubung dengan kami di LinkedIn: ___ ___ TERIMA KASIH kepada Mitra kami yang memungkinkan konten ini: Kennametal – Doosan – United Grinding – Mastercam – Blaser Swisslube – Tormach – Solidworks – Trumpf – Trumpf TruMark – Trumpf TruPrint – Markforged – Tyrolit – Mitutoyo – Haimer – LNS – FANUC America – Schunk – ONA – #CNC #Machining #Machinist .
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But how strong and balanced are the blades?
I can hardly wait until Fiber laser tech gets to industrial power levels where these kinds of things take an hour rather than 12 or more. Zip zip zip!
What does it cost to print a part like this?
What about strength ?
Do you still have to bake those parts?
AMAZING CONTENT 🤩
Good job guys. Well done!
I'm curious to know one thing: How do you guys clean the build plate of TruPrint to get it ready for the next workpiece? Cheers from Brazil 🇧🇷
AWESOME! Love to see a static and dynamic balance op. Also, real operational temps? Not requiring single crystal high temp blades, obv… Thanks!
All the negative comments from the armchair experts! Why does anybody bother to put stuff on YouTube I don’t know. Somebody I know has just gone into this a year or so ago and the things he can make in one go just blow your mind. He can make things that are impossible to manufacture any other way. Yes very expensive but exclusive and I guess the costs will come down. There are further heat treating processes to fully bond the metal partials I believe. Parts can be made from ANY material. It is not for manufacturing mass produced parts that can be a made easily by conventional means
Vacuum needs improvements.
Wonder if they'll ever improve the surface quality of laser metal printing to remove that "pitted" look.
Love EDM technology and ONA is a leader in developing it. Awesome demonstration of one of the many uses for EDM in any shop.
yes that's great. only that soon many operators will have to look for another job
What capabilities of the Trumpf TruPrint system made you choose that system over other LPBF systems?
That, is amazing. If that doesn't make you feel blessed, there's something wrong.
I mean, laser cutting is amazing, and even laser cutting isn't ideal to make that kind of part. Even injection molding wouldn't work very well.
If that's just a test piece, kudos to whoever ran it in CAD. The curved blades take time to draw. If that really is a job and not a test piece, it's probably an industrial thing that'll get tumble polished before use. That, is cool. Blows the old days of 3D printing out of the water!
Omg… They wouldn't post it if it wasn't AWESOME!!!
The stress tests are better than CNC buildguaranteed: Machining creates stress.+ (remember!)That 3D printer is built for this!!
With all the steps and labor time spent on machining this piece 'old-school' (! Think about it!), I can't believe how anyone is still skeptical about this process being far superior in so many ways.
Looks like the blades differed in profile and thickness!
I wonder if a part printed using that method can whitstand the engine loads 🤔
Somebody show this to Integza
OMG there goes a boilermakers job.
Do you use inert gas inside the print chamber?
Is there a process like this for titanium?
Does the machine have a inert gas atmosphere ?
Is the surface textured? I'm curious, a rough surface would not be good for air flow. Can you print with smooth surfaces with this machine? That said, this thing is badass! Thanks for sharing. Also, what was total time to make part and the, total time to cut with EDM?
It's great how you share your process for this complex part.
I'd like a follow up on this part as from my understanding 3D printed parts don't do so well with fatigue stresses thus I'd like to know how well it did in the field.
Additive manufacturing is wild
Basically layered sintering
how much time it took to complete?
I think some Electronic Dance Music as the the background to your Electric Discharge Machining video would have been great! 🙂
Hey Guys WHAT KIND of fluid is used for the EDM??? it cannot be plain water. I assume it's some kind of Electrolyte.
What is this part supposed to be in the end? A fan or a turbine disk? The shape of it makes no aerodynamic sense whatsoever and the holes just make the thing ridiculous. Just say it's a showcase part and don't feed us bullshit about this being an actual part and how it would be produced.
How much time to take this process
Just incredible what 3d printers are able to do.
Are the build plates disposable or do the left over supports come off? Face it off?
There are parts you cannot make without seams and gaskets. That's where 3D printing metals really shines… But I am always curious what the real longevity / strength of those parts are.
Can u guys make a chevy cruz engine block cause they don't make them.
im not sure how smooth or rough the surface finish is but i can imagine that the efficiency of that fan is not what it could be if it was polished or milled.
헐 금속3d프린터
3억정도 할건데 ㅎㅎ
Talk about “state of the art”…wow!
request/suggestion if you have time: analysis of material properties, print time, and cost vs the original part. also curious about air or fluid flow over that surface.
I continue to wait for a 3D printer that can duplicate itself, then I would return it for a full refund.
It would have been interesting to have a time lapse timer on screen during the EDM phase. A number of people who have never been exposed to the process may not perceive the actual time committed to each process.
If possible, show us inspecting the finished part balance; which to me; verifies that the print resolution is sufficient to maintain uniformity through out the entire process.
Just for some added dangerous fun and as a durability test: Affix that blade to the previous days spinning top demonstration, spin it up so we can hear it. Maybe add some smoke using a AEROLAB smoke generator for the visuals; similar to devices used in wind tunnel testing. Surely in DFW area, someone would still have them. 😉
Muy hermosa,muy limpia en detalles, pero está balanceada?soporta la fuerza centrífuga? Para que sirve?o es solo demostrativa.
OMG I wish I could use those machines for my hobbies! I'd have so much fun inventing stuff also! I love this new technology it's freakin' awesome! Please do more stuff like making jet engine turbine blades, turbo wheels, engine blowers, helical miter gears etc., etc.. 👍BOOM!👊