ฝัง
- เผยแพร่เมื่อ 3 พ.ค. 2024
- This is my second attempt to the #speedboatrace challenge.
Links mentioned in the video:
#speedboatrace challenge ► • #SpeedBoatRace Challen...
Nitram's 5:45 benchy execution ► • 5:45 MINUTE 3DBENCHY???
Vez3D's Channel ► / vez3d
🍺 SUPPORT ME
If you like my work and would like to support my efforts in making more open source 3D printing solutions, please consider a donation or becoming a Patron.
Patreon ► / miragec
PayPal ► www.paypal.com/donate?hosted_...
Documentation:
HextrudORT ► page miragec79.github.io/HextrudORT/
Klipper Firmware ► www.klipper3d.org/Overview.html
Slicer Settings: github.com/MirageC79/BenchyRace
Material:
Carbon Fiber Square Tube ► s.click.aliexpress.com/e/_9uUpDO
120mm radial fan 3000rpm ► amzn.to/3t6bPat
Magigoo bed adhesive ►amzn.to/3sUcGLa
#NovaHotEnd ► 3dpassion.com/nova
You want to know more about the HevORT advanced DIY 3D printer?
WEBSITE ► www.hevort.com
You want to learn and contribute to the HevORT project?
FORUMS ► forums.hevort.com/index.php
FACEBOOK ► / hevort
DISCORD ► / discord
🍺 SUPPORT ME ► www.paypal.com/donate?hosted_...
If you like my work and would like to support my efforts in making more open source 3D printing solutions, please consider a small donation.
Thank you and thanks for watching,
MirageC - วิทยาศาสตร์และเทคโนโลยี
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"I think it's not bad at all."
Me: *looks at my crappy looking 40 minute printed Benchy and cries*
Same thought here (without crying ;-), but well, it's just a stock i3 Mega and it might have been even slower)
same here... hahahahahahah
@@maxmustermann2596 a stock i3 Mega should print a perfect Benchy with the default cura settings unless your filament sucks
@@AniviaS Lower tip of the front usually looks curled and there is often a kind of water line, which is visible. I think it might be the room temperature at around 26°-28° + the Anycubic PLA, or a handling error (I use the first working settings I found for Slic3R a long time ago).
Using Sunlu PLA at a room temperature of around 20° I already managed overhangs of 70°, but they didn't have such a sharp tip. Maybe I should test the SunluPLA + the cooler location.
Im personally really interested in how much and how fast and what kind of a wear it would cause to the printer and all the components by using it at this speed
It’s so fast the abs didn’t have a chance to warp.
He took the ABS by surprise.
@@michaels3003 Shoulda at least gave it dinner first
Deja vu intensifies
He printed abs so fast that It didn’t even have time to consent
It is amazing to see how giving he is. He could have kept the secrets to himself, but rather decided to share them with the community to multiply knowledge growth. What an outstanding behavior!
That's is how I believe we make things better :)
Jonas, now if you could just motivate the three men who decided not to share their method of faster 3D resin printing...
@@MirageC It is because of people like you that 3D printer keeps evolving for everyone, not only for the big players. And I thank you for that!
@@michaels3003 Hahahahah. I wish!
Unfortunately, some people are more motivated to be known as the owner of the faster printer alone than pushing the whole industry for everyone...
The best ideas build upon other good ideas. The more we share, the better our ideas will be. This is one of the reasons 3D printing only grew and improved after the patent expired.
*Me: Looks at video* "Oh, this is one of those time-lapse 3d prints. Cool"
*Me: Notices it's in real time.*
*Me: Falls off chair*
I am LOVING turning this into a competition. It’s definitely going to push the tech and innovation forward.
carbon fiber printers 😍
It's funny that the goal is speed yet in reality we all want quality prints faster. First must come the speed and the design that enables that.
@@stevecade857 I think if this turned into a serious competition, it'd be neat to put the completed prints into a 3D scanner to compare the deviation from the base model. So it would be judged based on a combination of speed and quality.
"which accelleration settings?"
"yes"
lol! :D
how much acceleration ?
all of it.
This is not just "not bad at all" this is amazing for how fast it was going. I've seen other speed tests that make the benchy look horrible. This was awesome.
The quality of the benchy is much better than others at the same speed. For me it's not only speed that matters, I mean all of our printers can print a mess at high speed.
I think y'all should shoot for the perfect 3DBenchy in under 10 minutes. In manufacturing, precision is the goal (within engineering tolerances) with speed being a close second, since time is money. Having to remake a part because it doesn't meet tolerances wastes material, and more importantly, setup and manufacturing time!
The 3DBenchy is a perfect candidate for testing the precision of your 3D printer since it sends so many challenges to your printer to overcome.
We should also come up with a scoring sheet to be more quantitative in the approach to scoring what is "best".
i think a few people already have done that, or at least come very close to it
On 3DBenchys website there is a specs list with exact dimensions of all components. Thats where I would start and just add your tolerances to those figures.
Holy nozzle!!
For a few seconds, I was wondering if it's time-lapse or real speed.
After realizing it, I was just amazed.
Great job!!
this is impressive, great job and thanks for the insights! 🙌😎
I love how you and the Voron folks come to similar solutions! Your cooling system is impressive and the move to CF tubes looks like an awesome way to reduce weight!
The clay1 on kickstarter uses carbon fiber tubes also. They have a something like a 7-8min benchy.
The cooling! THE FREAKING COOLING! 😱🤯
its so satisfying to watch it get printed so fast in real time. Almost in the realm of star trek stuff.
You could nearly tell it to print almost any random object have it materialize in front of your eyes!
Awesome progress! Have you seen Arc Welder? It’s a post processor that parses G-code and changes small line segments to arcs using the native g-code for arcs (G2/G3.) I think changing to G2/G3 over the small line segments currently used could allow for higher speeds and smoother prints.
Well this is great to hear! FINALLY the move to G2/G3! As a Machinist for over 30 years, I've always hated the STL file format! I'm going to look into this Arc Welder. Thanks for the info! 👍
Having read about how Klipper works, with using a Raspberry Pi to generate pulses, I strongly suspect breaking it down further won’t be of any value because the printer microcontroller is already only dealing with pure pulse generation and timing, as all g-code is managed on the Pi via Klipper translating it.
At some point, breaking things into more g-codes adds more overhead for the Pi to compute and may slow things down.
@@strictnonconformist7369 arc welder really compresses the Gcode, it should actually make the load lighter not higher. Imagine a spline in non arc gcode vs arced gcode and you will see how much less commands it takes.
@@malloott No, no the actual MCU doing the stepping doesn't even read G-code in this case, klipper does on the PI!
It translates that to pulses, so no difference really for the hardware driving the motors if you use G2 or G0.
It's worth a try, arcs could potentially be a small bit faster. Definitely faster on Marlin and RRF but not sure on klipper, but klipper does support arc I believe.
These fast printers are just amazing. Astonishing to see how quickly the nozzle whizzes about.
"Obviously this is not a perfekt ..." STFU i would neet to print that in more then 1 Hour and i would need to pray that it looks so good as yours .....damit !!
Then your printer and/or your settings really suck...
Daniele Testa I mean from what I saw it didn’t look too far from what my cr-10 produces...
Wtf, i have also 3d printed the benchy and honestly i an impressed of good it came out with only the standard settings from Cura...
This is absolutely mesmerizing. I cannot wait to see where this goes and all your future videos. Loving the content!
finally the actual printer head linkage is closer to the nozzle level, i always wondered why people keep the distance so high so there is a lot of room for vibration
When I first got into 3D printing one of my first work projects was to get an old Airwolf HD printer working. That Bowden extruder was miserable but I understood the concept of reducing the mass needing to be moved. The solution that worked the best was mounting the extruder directly above the nozzle. Oddly the speed and accuracy and consistency greatly improved, we would print 300% faster doing so. When we scaled this to 1.2mm nozzles it required a dual stage heat system for moving that much plastic. The problem running that thick became heating evenly thru to the center and it prevented good retracts without any kind of cooling fans which for PLA we didn't previously need. But it got us decent prototypes in a day or so.
Congratulations! You can’t imagine how motivating is this for 3D printing passionate people like me. Txs for sharing! Cheers!
Very nice job! And thank you in being so kind sharing information. I am very happy about have found HevORT’ s you tube channel. I was very impressed about the system you have created to compensate the z axis rod alignment problem. Very creative! Congrats !
It is hard with that Filament colour to See imperfections but this looks like the best 7 min benchy I've seen so far. Good Job Mate!
Amazing results! Kudos!
Man,you are awesome...Perseverance always pays. Congratulations for your passionate work and your generosity for sharing it with the 3D printing planet. Salutations from France.
Wow, impressive print!!
Thanks for sharing your experience with all of us👍😀
The print quality at such speed is astonishing. Looking forward to the advancement in 3D printing technology with the effort you put in.
Amazing as usual! Thanks for the video!
Impressive smokestack! Nice to see all the effort pay off.
That is insane! Great work!
Congrats man!
This is truly amazing, once you finish with all your improvements I'd love to build one of these, it seems great in all respects!
Wow! Amazing work!
Glad to see your still posting up videos. Your videos always make me want to ad a core Xy printer to my print farm!😎🤙
Congratz .... That benchy looks amazing.
wow, the quality you got at such speed... amazing... wow man wow
This is how things advance. Making speed a challenge is a fantastic idea. Imagining all the currently-exotic hotrodding components will soon be plentiful in the after-market. Thank you for advancing FDM.
Nice time lapse! That was my initial thought. But then, OMG 😱
Well done as always👍
Wow great work !!!
And a great Benchy for the Time it used to print it.
Best quality print in speedrace! Well done
Impressive as always
Well done and very impressive.
Printing with ABS makes sense ....... very cool!
Cool one. Keep going!
Very
Impressive!
👏
It's impressive that people are printing at these speeds, but it's even more impressive that the prints are still looking decent! Hell, that benchy looks better than most benchies I've seen off of anet's printed in like an hour. Great stuff
Good job friend. 👏👏❤
Thats pretty cool result there. 👍
Nice video format!
Amazing to see how far 3D-Printing has come in a fiew years.
What I like with it that it is not only fast, but also with good quality💪🏼👍👍
Great video and awesome stuff nice job on the upgrades and the speeds there achieving could I can't wait to build a Hevort of my own
Thanks for the info..👍
Great video. Thanks
That was a wild ride, Im currently about 1/3 the way through a nice 13hour print, speeds like this would be a godsent, kudos to you
This is really good, you have done a great job 👍☺️
Very impressive!
Nice work!
Impressive. Nice work.
Great to see the knowledge sharing between you and Vez3D.
I used to be based in China and should be again when the world goes back to a somewhat more normal and one of the great things about that is how easy it is to source parts for my hobbies. I have used CF tubes for other hobbies for some years now and not surprised to see them in gantries now:).
I am so jealous lol, *cries in sourcing parts for voron*
@@neeooww well, I did cherry pick one of the perks of living there...;-)
@@AntiVaganza damnit lol I need my raspberry piiiiiis
Indeed!! Thats why the 3d printing community is so great. We all share and have fun.
your gantry is super smooth, respect !
This is amazing
Well I’m blown out of the damn water. I’ve been 3-D 3-D print things all super slow I should probably try and speed up my print times. Looking forward to seeing what you make in the future.
Félicitations pour une si belle impression avec autant de vitesse! Ça fait longtemps que je n'ai pas allumé mon imprimante 3D, ça me donne le gout 😎
congratz!
Great! Awesome video! Love it!
that may be the best quality/time benchy I have seen yet
Amazing!!!
Hats off!
the best looking Benchy i have seen so far in this time.
I didn't know anyone was looking to speed fdm up so much
wow
That benchy looks better than my Enders after 35 min 😂
You explain very well very detailed very good video awsome print thank you
Great ideas to use feed forwarding using accelerometers!
I am currently building my own 3D printer to print very fast.
I think i will stole you some features! Great job!
I started 3D printing about 6 months ago. I needed a large number of a small part for a product I sell. It’s an internal component so it doesn’t need to be pretty and I chose ABS because it needs to last. This means I move fast with large layer heights and high temps. After listening to everyone complaining about ABS I have had 0 problems and I always wondered why my luck is so good. I guess ABS is just a fast plastic!
That machine is incredible, I’ve been looking into your machines they are incredible. I’ll be working on one someday when I earn some time and find some money.
Amazing as usual, I really hopped that you break the 5min barrier, but I am pretty certain that it will not take you long to beat it! vraiment impressionant Olivier!
Merci Anoir! :)
Very impressive, it looks great!
Thank you Keith! Hope you don't mind being part of the casting ;)
@@MirageC of course not! glad to see you posting one you've been doing great work
this is super cool
Wow... I had resigned myself to slow print speeds until I saw this. Very amazing. Rethinking my approach to 3D printing.
Awesome!! That's amazing! Competiton breeds innovation. ;-) It will be interesting to see how much of what you guys are doing will appear in future generations of 3D printers.
Seeing you reducing carriage mass for faster accelerations, makes me realize i am only a hobby level lemming.
Seeing videos like this really makes me want to see how much i can push my lightly modded direct drive ender 3, with the new 32 bit board maybe i wont even need klipper.... Regardless, great video and thanks for providing your settings and ideas for possible future upgrades, you have a new subscriber!
this is IMPRESIVE!!!
Very nice buddy!! Quality is superbe!! You make me realize I need way more cooling for this kind of speed. This is where mine started to degrade quality. Congrats ..probably the best looking benchy in sub 8min
Merci mec! :D
Awesome. i like the accel. idea
Impressive !!
Competition will always drive technology, this is awesome stuff. Speedrunning 3D printing!
Just what i need a way to minimise the time waiting for a failed print awesome
In software a common thing encouraged is “fail fast” so hey, successful failure, faster!
Cool info, thanks :)
Very impressive. I want to build one in the fall.
Go MirageC! Go go go!!!!!!
ABS had been my nemesis for years and avoid it whenever possible, but I will try your advice! I have been meaning to try this magic goo stuff!
WOW!!! nice job.
Can’t wait to build something similar
Your printer is like a super car of 3D printing. Awesome!
neat video!
This is the future of 3d printing
This is rocket science compared to my simple and narrow printing mind, having a couple of slightly modded enders and cr 10 and Tevo printers speed like this is unobtainum . Thank`s for sharing this is kine of tempting to test out first i must win the lottery so i can buy the parts .
Amazing video mirage C! Excited to see when you start breaking the rules with servos.
Yeah, I need a kick in the ... to finish the servo machine!
@@MirageC renovations are always a bitch
Oh my god I love this little tugboat
Wow. That's insane. I've had such a hard time getting printers to work in the past that I don't wanna mess with my good one...
When I saw “filament type change” I assumed you would be switching to something with a small CTE (e.g. PETG or PCTG). The fact that were able to remove heat as quickly as the hot end added it is impressive - great job!
I would have guessed PETG from the point of viscosity. On the other hand cooling becomes harder as well. Might be worth looking into differen types of abs to find one with a high flow rate and thermal stability.