3D Printed Turbine Rotary Tool - CR10 3D Printer
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- เผยแพร่เมื่อ 26 มิ.ย. 2017
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You can find the files on Thingiverse:
- Turbine Rotary Too l: www.thingiverse.com/thing:76369
- Inlet Shroud : www.thingiverse.com/thing:172934
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Music:
V1RGO - Patrik Almkvisth - วิทยาศาสตร์และเทคโนโลยี
"3d printed"
*Proceed to pull out a lathe*
Did you hear the clicking sound when putting parts together? I call this - The beauty of 3D printing. You own a small box that can produce a final product with all perfect parts fitting together. This is just awesome, good job.
This is definitively not a bad idea at all. All the dusts are directely vaccumed away. Nice job
Exactly, which is the thing that impressed me most.
Which is not smart idea,because its sucked into turbines.
and straight in the bearings...
Damn it Baxter, you know I don't speak Spanish!
+Joshua Young So? The comment wasn't directed at you, but at Jörgen Börg, who has a username as german as bratwurst ;) That means it is safe to assume he is german and understands what Erhard Pöstliner is talking about.
First video with ball bearings on youtube in 2017.... that has nothing to do with fidget spinners (YAY!)
QuickPro Studios 😂 indeed
🤣
Dremel actual produces a product like this but there is barely any torque and doesn't preform well at all. Watch AVE's video on it
the lack of torque is visible in this video as well if you push it for a longer period it slows down dramatically.
malevolent jim I don't know but it is hilariously terrible.
Looks like it has enough inertia to be useful, though. It'd be interesting to see the same sort of thing but with a big chunk of steel to add inertia, so you could get a reasonably usable burst of torque for quick operations.
JMMC1005 Bob's your auntie 😂😂
As far as i'm concerned when I'm using my dremels, they are NOT torque tools, but SPEED tools. A few guys I know use the disc cutter and go gung ho into material using it like a die grinder instead of a precision instrument. The result is often broken discs. Regardless my dremel is electric so it has more torque than the pneumatic versions.
I do appreciate that the tool cleans as it cuts.
This could be quite useful if it had significantly higher torque. 43K RPM is not needed for most applications. Why not make a geared down version, a single stage planatary gearbox with output of 10K RPM and 4x torque
That is now your project ;)
EasilyFallsForClickbait did you build one?
@@tronixfix 👍
So with compressed air and electric motors it could make a generator?
I would think the same affect could be achieved much more simply with a larger diameter turbine. Similar turbine blade speed and force, but lower RPM and more torque. Would make it more bulky, but would be a simpler and more reliable solution than gearing at such high RPM.
43k rpm has my safety squint engaged and my ass firmly gripping the seat
You've been watching too much AvE.
Sorry define "too much AvE".. Haha the man is a kanucking legend.
Too much means more than the one or two to weigh his contribution made by his content to the volume of his dingle swart nob goblins. I don't know WTF he's saying most of the time.
lol safety squint
It just dawned on me that you might not know the youtube channel AVE. The guy has great content, but, says the stupidest things. Anything that can be said clearly in simple words, he conflusticates it with made up works, the frequently make no sense.
The dentist.
yes thats what i also remembered. Dentist XL!
"Okay.... rinse..."
Good to see some inverting op amps around here
This should only hurt a little...
Neeeeeeeeeeeeeeeeeeeee
That high pitched whistle and grinding noise. Along with the imagined feeling of dry mouth due to flakes of whatever. Makes me cringe, HARD.
You should measure the rpm with and without the inlet shroud. I'm curious if it actually makes a significant difference.
For sanding things like carbon and fiberglass, this is so awesome!
So much experts on youtube, for a small and simple parts, the performance is good enough for me.
Impressive accuracy of the 3D printer to be able to make parts that can spin at that speed without vibrating much.
This is really cool because you can use a simple vacuum cleaner! It really sounds like my dentist's drill
that sound gives me anxiety
You need a Xanny?? lolol
Jack Kilgore you need a job...
Ilir Kumi uh... what? imbecile, don't condescend to me as if you know anything about me or my proclivities. I happen to be doing just fine, thanks.
Jack Kilgore Using street slang for a highly abuseable prescription drug makes me think that you are the imbecile here. And I don't really care how you're doing ;)
Damn 43k RPM and some torque to play with. I assume you're not a turbine designer so I think this thing could have some really good performance if its optimized.
I wonder...would it be possible to build an air powered 3D printed lathe? That would be a very interesting build. Great job by the way
doesn't the turbine get all chewed up when the stuff gets sucked through it?
For that are the spacers
Neddless how do they do anything against dust, wood chippings and metal grindings destroying the turbine
just print another one. 3dprint is cheap.
tommihommi1 I'm pretty sure he has the vacuum blowing, not sucking
Gary Ferguson Jr no...its on sucking mode...see the saw dust getting sucked in...
How to convert 2000W vacuum cleaner to maybee 10W grinder :-)
Ah, but a 10W grinder with self contained dust extraction ;)
Vaul the Creator That sounds awesome
If there's one thing turbine engines truly LOVE, it's foreign debris.
Electric Dremel ring a bell?
Michal Rimmerak
Looks like you can't appreciate the craftsmanship it took to make this. BTW: Dremel came out with a vacuum driven rotary tool. My bet is that this one in the video is superior.
feel like a mad dentist !
This should only hurt a little...
Neeeeeeeeeeeeeeeeeee
You might get slightly higher speeds if you acetone smooth the interior and the turbines, since the lines left over from 3d printing can cause considerable turbulence. :3
No
One plus of the design is that you won’t need a shop vac: it vacuums up all the particulates it creates. This does, however, mean that you will have to take it apart to clean every so often. At least that’s just a left rotation away.
amazing, simple, high efficiency, dust cleaner while working wood, low cost... thanks for your work ;)
My dog would love the high pitched noise this makes.
я в восторге!!! ты гений, спасибо за видео, все твои видео пересмотрел.
This seems to have more power than the Dremel version you can buy online for your vacuum cleaner. Good job :)
Man this is excellent work! Congrats! Loving it!
im impressed 3d printed plastic was able to withstand such high RPM!
okay, okay TH-cam.. you won...
this video is in my recommendations for over A WEEK now...
but honestly, it was very worth it XD
Awesome!! Does make me feel like I'm at the dentist though.
got to love a tool that cleans up after itself (built in vacuum attachment) LOL!
If there's one thing a turbine loves it's foreign debris....
The best part of this project when you work with wood it sucks the dust while working great job mate👏
I think its just genius having the vacuum right next to where your working and attached to the same tool
that is an ingenious idea, as you work with the wood the sawdust just goes into the vacuum cleaner, genius.
That thing is darn powerful.
I think it's nice how the vacuum doubles as a air cleaner, it gets rid of all the dust
Johnny is the best! And a BEAST of a creator
Seriusly ??? I love opensource/hardware sooooo much , thanks for this man , very good job
'The quietest grinder he've made ever'
Reminds me of a visit to the dentist. These 3D printers are fantastic, great video.
Super cool, I never thought such kind of combination.
The method you used gets only rotation but does not get torque.
For a air motor to have force it needs to compress the air, the pressure creates torque.
Cool! It does projects, and suck up the dust at the same time! Nice!
Love the auto-dust catching ability.
I'd love to have one of those!
I understand it's not powerful
But I bet it works good for cutting and drilling plastic.
And it is surprisingly balanced. Well done :)
Love this concept.
Nom mais c'est une bombe à l'utilisation !!!!
Ça aspire en même temps.
Incredible job as always !
Much better than the ones dremel experimented with, nice one!
That works really well actually!
This had me feeling like I was back at the dentist's office getting a filling. Absolutely terrifying.
Nice! Hoovers up at the same time 😂
Awesome
Brilliant stuff !
You should make the inlet shroud longer so it will get a lot more of the particles
Nice! Solves all problems. Dust everywhere, solved! Worrying about frying the motor under too much load, solved! If worn down, easily reprintable. I really like it. Sadly i don't have a spare rotary tool shaft, bearings and a lathe to make the spacers.
Now that is COOL! You can work and at the same time you are already cleaning up =P
Clean as you work. Nice.
Very nice but I dont understand how the shaft is driven. Is it just some loose friction between the "spacers" and the shaft that drives it?
gamingSlasher
The turbines connected to the shaft?
How did those blades not tear themselves apart at those RPMs? Did you balance them individually?
even if they tear up, print new ones
They are very light and therefore the centrifugal forces are tiny.
Hadinos Sanosam
*CENTRIPETAL FORCES, NOT CENTRIFUGAL*
-Meme invented in my physics class
THIS is fckn GENIUS mate!
Sometimes i forget how easy it is to make these :P Amazing video
That is bloody amazing
A great idea, nicely made. Lacks toque but the principle is their.
The sound of this little puppy reminds me the painful memory at dentist`s office...
Doesn't seem to have much torque. You can hear how slow it gets under load.
Hardly surprising. Bugger all mass in there.
not really that suprising. its just plastic and air flow making it spin. its only light duty anyway
Buy an shopvac
Many professional compressed air high rpm (>30k) rotary tool behave the same. For a 3D printed DIY air powered rotary tool what he did is performing surprisingly well.
On cnc machines you cant expect torque, you must relly on rpm speed and tool sharpness...
wow, excellent idea
i love your videos man, they are all interesting and unique XD
Genius. awesome video man
I think this is great, but even more amazing is how quiet the vacuum is!!! how does that happen??!??!
Russ from Coral Springs, FL, USA
Needs a filter on the inlet side, to protect against wearing the turbines down / big wood chips like at 6:12
xKatjaxPurrsx i
* 5:12
xKatjaxPurrsx i think that that's half of the point of the turbine but it's a good idea
That's a good point. A compromise would be a particle separator inlet, like the ones used in old centrifugal turbines.
dude who cares.... just print a new one...
Very cool! Do you think one of these could spin a morta rorta? Be nice for pulling mortar or grout if'n had torques.
I can see this working on some small hand engraving tool or something that doesn't require a lot of torque cool project
this is brilliant!
Perfect job! What kind of aluminium alloy are you using? ENAW 2007 or 7022 ?
That has to be the most aggressive sound I've ever heard... It's an amazing project though!
thats amazing man ..and is suck the dust up aswell.. great stuff smart invention
Wow, well you never have to worry about breaking a Dremel. Nice job!
Nice built in dust extraction
You are actually a genius...
Incredible... nice work...
Thats overpowered!
The most incredible thing is its running off vacuum so extracting as it goes.
Really impressive ! more than 40k rpm and no overheat risk anymore... much better than my dremel, which doesn't show bigger torque anyway ;-)
One technical question : the blade pitch normally is fitted for a given flow/speed, which means that if you print several pitch sets you may reach higher speeds and better efficiency. That's much of a work, but may be your wonderful turbine you show here isn't at its best !!
brillant design well done
Would be cool for a small cnc for some light carving. Vacuum and spindle all in one!
Seriously underpowered.
love this.
That's cool...nice job bud
This is a great idea
So is it sucking in air or blowing it out because I can't tell plus if it was sucking it in wouldn't you think the fins would get worn down by the debris
Wow that´s a lot of power in a really simple way. Is possible make a air compressor in a 3d printer?
How did you balance the shaft after adding the parts?
You have successfully made a big giant dental multipurpose turbine.. Nice..
Thank you sir. You are my ladder to success of my research which will come in video soon.I was in search of this model since a long time.
Great work! I'm trying to build a turbine that works with compressed air on my 3D Printer, and then put it on a boat
Oh, and THAT is what 3d printers should be used for!!!
Love it. Would a flywheel of sorts help with torque issue?
useful in sanding and vacuuming up debri.
Yes but how much pressure before it stalls out? the vacuum powering idea is interesting, although I have to wonder about how long the tool will last considering it sucks up some of the debris you create (although it IS a somewhat desirable side-effect, if longevity isn't too adversely compromised).