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I've got 2 words to say here... Dimensional Accuracy? (not functional, functional is very forgiving... Accurate, across many platforms) . components integrate, components need to Fit Each Other, they need to avoid compound errors throughout the assembly... can ANY fdm printer, in reality, poo anything close to this fast. no matter how great the extruder and produce accurate parts with sensible Component cost? really though? . Any 3dp owner knows you Can (promotionally) print at high speed. 2k x 70k will result in, essentially random, component sizing and ever-greater compound assembly errors. Slow and accurate will always be better, until G-based E-wiggling is replace with ionic material control/microwave composition... which we aint anywhere near. Plodders want 'print heads,' the E dimension. that supposition will limit flow control until material and post-process are combined... into a 'microwave' that prints, cinters, stabalises and potentially Biologically activates any assembly. . Joined up thinking will revolutionise 3dp Material, Placement, Interaction - way beyond the fdm 'boat race'
@@247printing I think it's good to be rigorous. I appreciate you're doing this to address the questions. I don't think all the criticism was good but it's easy to dismiss the large tube prints on their own.
@@daliasprints9798In on of my other [too] many hobbies, spinning yarn, we have SWSO's - spinning wheel shaped objects. Back in the 70s, spinning wheels became cool house decor, so a ton of almost spinning wheels were made. They're like like 80% there, but are missing a few critical things. Now there are newbies who want to get into spinning (especially during COVID), posting pics of very cheap wheels (normally wheels are up in the $500-$1000 and up range), and everyone has to rush in to point why it's a SWSO, and to save their money.
watched the whole video in awe, as you started putting the pi together i was soldering some fan wires together, heard you quit smoking, stopped what i was doing to walk over and congratulate you and then you read out what i was about to do, i don't know how to feel about life now
After 25 years of smoking, peaking at 30-40 cigs per day and thankfully still being very healthy, I needed to do myself a favor and stop that bullshit. It literally changed my life to the better in various aspects, but I gained 17 percent in weight. A new challenge to accept! Thanks for your comment! To do rather big changes in life seems super hard, but they often were quite easy when looking back.
wow just wow.. speechless .. please dont waste your time with people who have no honor or respect and are just hateful. Your work is awesome and it makes me happy to watch that printer move so fast .. wow.. Love ya !
Congratulations on the printing speed and on the one year anniversary of your quitting smoking. I’ve never used tobacco products, but I have been trying to quit smoking my controller boards.
In my opinion, there is still one more modification to be made to further improve the speed, namely that the nozzle is too far away from the guide!! Let me explain it better... In order to prevent levers from being created due to the distance between the anchor point (linear guide) and the nozzle, you need to find the center of gravity of the hot end and mount the linear guide at that point. By doing this, you will not have distortions due to the elasticity of the steel.
I'd love to see it print some vase mode parts, I know they aren't a good benchmark of movement but it can be interesting from an extrusion perspective. Also it would be satisfying as **** Amazing work, it's very cool to see people like you push the limits of what is possible with current tech!
I'm happy to see that you are working on reviewing the high speed qidi printer. I was looking at buying one, but I was waiting for a review from someone I can trust. I honestly don't thing there is anyone more qualified to give a review on a fast printer than the benchy world record holder.
@@247printing I have yet to find a machine that doesn't have a "but...". I look forward to your review. All the ones I have seen so far have been sponsored so I can't trust the accuracy.
Remarkable work! Congratulations on the accomplishment with your experimental work. And huge congrats on quitting smoking. Two incredible feats well done man.
Watched the whole thing. I think you showed a lot of class in your commentary when many others may be too sensitive to the haters. You showed off in a respectable way that is well deserved. Good work!
The amount of scientific exploration, testing, failing and iterating going into these speeds must be insane. That travel speed is definitely something I wouldn't expect on anything below industrial grade, and that tool head must be light af lol. Great job pushing the boundaries of 3D printing, I'm pretty sure that you guys (Vez3D, Nitram and you along with others) largely contributed to the advance of commercial 3D printing. Can't wait to see where this is heading a year from now 😃
I dont think there are any industrial grade machines that get even close to this speed. These guys are the ones pushing the technology forward, not industry IMO. I would definitely add Oliver aka MirageC from the Hevort project to this list. I know you said 'and others' but I think Oliver really deserves a shout out specifically. There must be something in the water over in Canada.
@jeremyglover5541 these guys are just hyping up a popular topic. This print quality is not practical anywhere except for other enthusiasts looking only at the speed and acceleration numbers.
@@deadcxap755 no, they are not. It is true that printing at these speeds is not practical for quality results, but pushing at the boundaries does result in higher quality printing for us all. For instance, i called out Oliver aka MirageC from the hevort project. He doesnt even focus on speed, not above all else anyway. The hevort is not known for super high speed. Advances and study from him in the last year or so have included ‘wobble X’ which is a mechanism that decouples the bed from the z ball screws, allowing the use of less expensive ball screws, while maintaining high quality printing and all but eliminating z banding. Short path ‘AWD’ which does help with speed, but only by reducing resonance and increasing square corner velocity. I would expect symmetrical drive to reduce resonance as well.
A few thoughts, I wonder what the maintenance would be when using a machine long-term at those speeds? Belts, pulleys, gears, and what not It would be nice to see a video on the quality differences when you slow down from max speed. So maybe half speed raises quality by x?
Try a speed dragon. McGybeer's articulated dragon model at 100% scale, 0 infill (it's designed for this), reasonable shell thickness, and working articulations that don't just break.
The greatest inventors always has and had sceptics. Keep it going. They don't understand how it works but they are also probably still printing at 60mms. Thanks for all of your vids 🎉
@@dtibor5903 X can go over 70000 accel. Y is hard to take over 20000 with a fully stock configuration but with some upgrades & weight reduction you should be able to reach 35k or so. Since print time scales inversely to square root of accel, even half the accel puts you close in terms of speed. Having X even higher puts you even closer.
If you think that it cant go faster.... 247printing proves that it is possible. Again and again.... Thanks for the amazing work und pushing the industry 🤓👏👏👏👌👌
Fantastic... Some people don't understand... People need to try these ludicrous printing speeds! how are we supposed to reach the perfect fast print without risking and experimenting a bit? You are an explorer! Thanks!
I love pushing boundaries and pushing forward, I have a P1S but when I see this....uf. Keep doing what you're doing! I wish you a strong will when it comes to smoking, I'm over it too.
Absoluter Wahnsinn was du da gebaut hast! Und ich habe dein Video bis zum Ende geschaut!😊 Ich habe nen Ender 3 S1 pro und seit neuestem einen Bambulab P1S! Der Bambu ist schon schnell aber dein Baby ist einfach in einer anderen Liga mach weiter so bin gespannt wie weit man das Thema Speed Printing noch treiben kann! Vermutlich ist es noch beeindruckender deinen Drucker live in Action zu sehen......
Love all things you do with you voron. I'm finishing my 1st 0.1 and I would like to print at least à 5'000 mm/s2 :) which is more than 10 time faster than my CR-10 v2 ! Good Job Voron ! And congratulation for having stop smoking
your audience is limited because people get bored of just looking. People want to know how to improve their own printers to print faster. What are the key factors, firmware changes, structural and mechanical improvements needed and also electrical ones. If you don't do, some crazy person like me is going to do it. I just don't get into this matter because I'm already full of projects and have no time for this one yet. But I've noticed you 3D printing guys don't like to share knowledge and wisdom. I'm creating a my channel now to share knowledge. One of my projects is a CNC that is also a 3D printer, laser cut, pick and place machine and a complete PCB factory solution. Lots of extra firmware parts. The machine combines additive and subtractive manufacturing simultaneously. I'll sell those machines but I'll share every single detail so people can do by themselves. I feel we need more sharing in this world. Try understanding that open source is the next level. You won't lose money and audience. You only ought to scale and gain from it.
Open source is the next level? No way…. You think that’s why he uses an open source corexy platform? When you’re able to choose every single component on your printer, things change. He said his previous video talks about the improvements. But if you’re looking for a parts list of exactly what to buy, compiled firmware, and a perfect print profile…. Here it is. Parts needed - Bambu Lab X1C Firmware - click update firmware. Profile - use Bambu filament and the correct profile. He had to do his own research and tuning. He can tell you the hardware but that’s a pretty small part of things
Every so often I see your videos again and they keep getting faster. Crazy to think someday this kind of print speed will be normal for everyday usage.
Have you thought about building on an epoxygranite base to further increase rigidity? I feel like it would help the accuracy of the prints at that speed.
It's completely insane when you look at how fast the print is built up. When I compare it to my factory one, I think, why aren't people wanting to get speeds like this. I hate waiting
Just as a 'do it because it can be done' experiment, this was tremendous. Your machine has my mechanical sympathy, as it looked like a 'candle that burns twice as bright lasts half as long' workout!
This is insane. Results like this are going to inspire more manufacturers to build devices that can sustain performance similar to this longer term, at least I hope so. Congrats on the one year smoke-free! That money saved equals more filament and printers! Woo hoo!
Wow, this is so far beyond what I thought would ever be possible. I have an Ender 3 Max, and I've spend a fair bit of time modding, adjusting, and dialing in my settings to be able to print reliably at 100-150mm/s... and I'm proud of it... yet I'm starting to feel like I'll look back on this machine and its speeds as a distant relic of the past in the not-so-distant future.
Second layer is probably slower due to bed mesh leveling. The bed mesh is going to be active, but fades away for several layers, unless you've disabled that (unlikely). So you're limited by your z-axis.
@@247printing So you're not using a bed mesh, even manually generated for software bed leveling? The bed is flat enough? It is a small bed, so I guess it's not needed?
@@earthwormjim The bed is small and flat enough, yes. Voron0 isn't meant to have a probe. Btw. z-movement due to mesh would continue throughout all layers.
ok this is insane I never thought printing at this kind of speed would ever be possible and not only that it is actually a functioning part. prototyping at this speed is huge. congrats I think this is a major achievement in 3D printing. now I want to make my own Voron printer, My current printer is very slow it can barely do 60mm max
Get a heavy solid metal frame and stone base for it. Try high speed servo with low internal inertia (long servos) like panasonic with gear 1:3 and small diameter ballscrew. This will improve speed and detail quality significantly.
I think bonkers is the only thing that comes to mind watching this! It's oddly satisfying for me to watch, I can't imagine how satisfying it must be for you! Well done. Truly incredible.
I would love a video on the fastest you can print for a non warped dimensionally accurate part (0.1mm tolerances etc) with good looks and part strength
This changes everything. Usually, by the time a piece is done, I've moved on and I'm thinking about something different. Now I only print uninteresting things to help me fix problems around the house. I hope that can change going forward with printers like this.
For temperature change between out flow and the part, try a cooling bed to increase the cool down of the material making it solid quicker to hold more intricate models
Amazing vid and still mesmerising. Thanks for the comment in the videos. Still happy to told you, when you were testing the best extruders, about the voron M4 and you didn't knew what it was. I saw it implemented in the 0.1 247beta2 video. I'm still amazed by the 95mm3/s. I can't spend too many money into machines. I'm on the bricolage mind, recovering parts, decreasing price, manufacturing and machining myself, so the extruder is still a limit point for me. See you on the next video.
Congrats on one year smoke free, that's a huge accomplish! Great video, haters are gonna hate, I love watching how fast 3D printers are getting. Keep up the good work man!
I know a lot of people default to corexy for speed, but just know that as of now, the world record for the benchy and the first sub 2 min benchy is on the most insane ender 3 ever. The bed slingers are fighting back
I'd love to see a video where you go into where the bottlenecks for your experiments are coming, watching the video it could easily be flow rate, extrusion speed or mechanical limit of the hotend movement that you're pushed up against. Is there any reason you use 0.1mm layers, would 0.2mm with half movement speed give preferable results, or are the 0.1mm layers necessary due to the lack of cooling on the hotend?
I just got my second printer, the Neptune 4 Pro, after seeing a review on LTT. I want to convert my experimenting experience from there first printer, the Anet A8, to something that kids can use in school for projects. Your machine is insane. Will explore more of your older videos now.
Love the video, and yeah I was still there at the end. Would love to see your efforts in making a printer faster with an of the shelf printer. Take a ender 3 e.g. and see how fast you can go with minimal upgrades.
How is the printer holding up with these fast speed? Did you have to loctite the fasteners? Is anything shaking apart? Has anything broken/failed running at these sustained speeds? It looks awesome and unreal, keep pushing for more speed!
Even with dual cameras in a livestream, someone's bound to call it fake if they can't do it in their kitchen. Don't pay these people attention. The uncut, real-time print is very cool to watch though, so you can keep doing it!
I also build some 3d fast printer. But my build plate is 600x400 so probably this insane speeds are not able to succeed. But it's insane to make your printer faster all the time and all the time test some new configuration and settings for faster printing. Good job 😊
I've got to ask because I'm curious what brought you to make the choices you did on your printer; for those big cooling ducts, it looks like you have regular, small sized axial fans on the bottom, powering them. Wouldn't a larger blower style fan offer more pressure to focus the air through the ducts, and be quieter? Seems like it would fit in the area just as easy, too. Never built a printer like this though, so I'm really just speculating.
This is very good job. But as you said someone will always complain, so now it is my turn. How about fast printing with technical filaments like ABS or nylon, or even CF Nylon? I am aslo intrested in high speed print, but i need my parts to be functional, so my basic filament is ABS, and when I need extra strength i go for Nylon or PC, so the question is: How fast can you print without compromising strength and usfulness of the part? I End up with a benchy out of ABS in 28 minutes, yes I deliberitly use print time insted of movement speeds, because this is what ultimatly matter for manufacturing. Don't take ma as a critique, becouse you did really great job. I am just use 3D printing for a bit diffrent aplication, so there is my question about more demanding and stronger filaments.
Question. Why isn't the m4 used more in printers? I have always been curious as to why. I mean, I know that direct drive is more common but not everyone uses direct drive and on the bowden setups...I never see the m4.
Hey just wanted to say this. Your work is amazing, always trying to push the limits. I watched the entire video through and really enjoyed it. Keep going, I will be watching.
Most people do not understand how Input Shaping works. It does not just cancel oscillations for free. The faster you go the more it fillets corners and geometry of printed part becomes distorted. That's why fast printing speeds and accelerations are not useable in real life prints. It's better to build higher flow extruder and print with thicker layers and widths than run printhead faster.
congrats! also badass printing! taking your speeds/ acceleration down probably only a little bit would produce really high quality parts! its incredible to see!
I am amazed by your demostration, congratulations, it is actually insane the way the printer nozzle move at that crazy speed. Well, also congratulations for quiting smoking, that is tough to achieve. Have a great 2024.
Would love to see a video showcasing how fast you can push it while still getting a "high quality" print in terms of finish. Can this print faster than a Bambu while still maintaining comparable quality?
Congratulations, it's really cool how fast it is. I have a crazy plan in my head for a Vorona with a 510 x 510 x 520 mm working area and running linear motors, but before that unfortunately I have a bunch of other plans on my list, but hopefully it will work out one day =D
Its so cool to see you pushing the limits on printers and Im excited to see what printers come to in the next few years. Also super big congrats on quitting smoking
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The first 200 of you will get 20% off Brilliant’s annual premium subscription.
congratulations
Congrats on stopping smoking!
Wow das ist unglaublich.
Und Glückwunsch das du es geschafft hast mit dem Rauchen aufzuhören 😊
I've got 2 words to say here... Dimensional Accuracy? (not functional, functional is very forgiving... Accurate, across many platforms)
.
components integrate, components need to Fit Each Other, they need to avoid compound errors throughout the assembly... can ANY fdm printer, in reality, poo anything close to this fast. no matter how great the extruder and produce accurate parts with sensible Component cost? really though?
.
Any 3dp owner knows you Can (promotionally) print at high speed. 2k x 70k will result in, essentially random, component sizing and ever-greater compound assembly errors.
Slow and accurate will always be better, until G-based E-wiggling is replace with ionic material control/microwave composition... which we aint anywhere near.
Plodders want 'print heads,' the E dimension. that supposition will limit flow control until material and post-process are combined... into a 'microwave' that prints, cinters, stabalises and potentially Biologically activates any assembly.
.
Joined up thinking will revolutionise 3dp Material, Placement, Interaction - way beyond the fdm 'boat race'
Good work! Amazing
love it when you prove them wrong in the most glorious way possible
Thanks man! Though... it's always good to be skeptical!
@@247printing I think it's good to be rigorous. I appreciate you're doing this to address the questions. I don't think all the criticism was good but it's easy to dismiss the large tube prints on their own.
By stop smoking?
I understand why people called you out. What you built is so spectacular it does look fake... Congratulations. You da man!
Congratulations on being smoke free for the last year. That was awesome and it is sometimes good to show off.
Thanks a lot man!
Now he's just giving cocaine to his 3D-printers.
@@fladenbrot1332 😂
Congrats on being smoke free! Awesome seeing you pushing speed not just for speed boat, but also showing practical applications.
Thanks a lot! Also for watching, commenting and liking 🥰
And congrats on the printer not giving off smoke of its own doing that stunt.
I think I'm always gonna find the phrase "3D Benchy-shaped object" funny
"BSO" is official terminology in #speedboatrace 😂
@RepentandbelieveinJesusChrist5 do you really expect replying to random comments on youtube is gonna accomplish anything
@RepentandbelieveinJesusChrist5 I hope you can meet him soon.
@@daliasprints9798In on of my other [too] many hobbies, spinning yarn, we have SWSO's - spinning wheel shaped objects. Back in the 70s, spinning wheels became cool house decor, so a ton of almost spinning wheels were made. They're like like 80% there, but are missing a few critical things. Now there are newbies who want to get into spinning (especially during COVID), posting pics of very cheap wheels (normally wheels are up in the $500-$1000 and up range), and everyone has to rush in to point why it's a SWSO, and to save their money.
watched the whole video in awe, as you started putting the pi together i was soldering some fan wires together, heard you quit smoking, stopped what i was doing to walk over and congratulate you and then you read out what i was about to do, i don't know how to feel about life now
After 25 years of smoking, peaking at 30-40 cigs per day and thankfully still being very healthy, I needed to do myself a favor and stop that bullshit. It literally changed my life to the better in various aspects, but I gained 17 percent in weight. A new challenge to accept!
Thanks for your comment! To do rather big changes in life seems super hard, but they often were quite easy when looking back.
Good work man. That tiny monster can fly!!
Thanks a lot, Simon!
wow just wow.. speechless .. please dont waste your time with people who have no honor or respect and are just hateful. Your work is awesome and it makes me happy to watch that printer move so fast .. wow.. Love ya !
Thanks a lot! Also for watching, commenting and liking 🥰 Love ya too!
Congratulations on the printing speed and on the one year anniversary of your quitting smoking. I’ve never used tobacco products, but I have been trying to quit smoking my controller boards.
Thanks a lot, Jon! I'd suggest that you also try to quit smoking :-D
xD That nice on a different level too lol
In my opinion, there is still one more modification to be made to further improve the speed, namely that the nozzle is too far away from the guide!! Let me explain it better... In order to prevent levers from being created due to the distance between the anchor point (linear guide) and the nozzle, you need to find the center of gravity of the hot end and mount the linear guide at that point. By doing this, you will not have distortions due to the elasticity of the steel.
I'd love to see it print some vase mode parts, I know they aren't a good benchmark of movement but it can be interesting from an extrusion perspective. Also it would be satisfying as ****
Amazing work, it's very cool to see people like you push the limits of what is possible with current tech!
Thanks a lot - which parts would be interesting?
@@247printing I think that thing:550604 would be funny to see on that printer
@@247printing visually, vase mode is best since it gains volume the fastest
I'm happy to see that you are working on reviewing the high speed qidi printer. I was looking at buying one, but I was waiting for a review from someone I can trust. I honestly don't thing there is anyone more qualified to give a review on a fast printer than the benchy world record holder.
Thanks a lot! …. Please wait, yes! It’s not bad, but there is always a “but”!
@@247printing I have yet to find a machine that doesn't have a "but...".
I look forward to your review. All the ones I have seen so far have been sponsored so I can't trust the accuracy.
Remarkable work! Congratulations on the accomplishment with your experimental work. And huge congrats on quitting smoking. Two incredible feats well done man.
Thank you so much for your overly nice words! Feels good!
Watched the whole thing. I think you showed a lot of class in your commentary when many others may be too sensitive to the haters. You showed off in a respectable way that is well deserved. Good work!
Thanks a lot! Also for watching, commenting and liking 🥰 Thanks a lot for your very kind words !
The amount of scientific exploration, testing, failing and iterating going into these speeds must be insane. That travel speed is definitely something I wouldn't expect on anything below industrial grade, and that tool head must be light af lol. Great job pushing the boundaries of 3D printing, I'm pretty sure that you guys (Vez3D, Nitram and you along with others) largely contributed to the advance of commercial 3D printing. Can't wait to see where this is heading a year from now 😃
Well said! Thank you 🙏
I dont think there are any industrial grade machines that get even close to this speed. These guys are the ones pushing the technology forward, not industry IMO. I would definitely add Oliver aka MirageC from the Hevort project to this list. I know you said 'and others' but I think Oliver really deserves a shout out specifically. There must be something in the water over in Canada.
@jeremyglover5541 these guys are just hyping up a popular topic. This print quality is not practical anywhere except for other enthusiasts looking only at the speed and acceleration numbers.
@@deadcxap755 Hyping a popular topic since May 2021 :-D I remember when even 100mm/s were not practical at all some years ago. Let that sink in...
@@deadcxap755 no, they are not. It is true that printing at these speeds is not practical for quality results, but pushing at the boundaries does result in higher quality printing for us all. For instance, i called out Oliver aka MirageC from the hevort project. He doesnt even focus on speed, not above all else anyway. The hevort is not known for super high speed. Advances and study from him in the last year or so have included ‘wobble X’ which is a mechanism that decouples the bed from the z ball screws, allowing the use of less expensive ball screws, while maintaining high quality printing and all but eliminating z banding. Short path ‘AWD’ which does help with speed, but only by reducing resonance and increasing square corner velocity. I would expect symmetrical drive to reduce resonance as well.
A few thoughts,
I wonder what the maintenance would be when using a machine long-term at those speeds? Belts, pulleys, gears, and what not
It would be nice to see a video on the quality differences when you slow down from max speed. So maybe half speed raises quality by x?
I bet the belts will be loose.
Just brilliant. Its this work that moves the whole hobby forward. Keep it going
still watching, congrats on not smoking!
Try a speed dragon. McGybeer's articulated dragon model at 100% scale, 0 infill (it's designed for this), reasonable shell thickness, and working articulations that don't just break.
The greatest inventors always has and had sceptics. Keep it going. They don't understand how it works but they are also probably still printing at 60mms. Thanks for all of your vids 🎉
Thanks a lot! Also for watching, commenting and liking 🥰
I watched until the end, very cool printer. I am currently just an ender modder but hope to build a voron when I have more space
You mean less space? :P
v0 is tiny
@@KittenRaee I assume they meant more space to build the v0 but yeah the v0 is tiny
No shame in an Ender, it can go almost this fast with a little work.
@@dtibor5903 X can go over 70000 accel. Y is hard to take over 20000 with a fully stock configuration but with some upgrades & weight reduction you should be able to reach 35k or so. Since print time scales inversely to square root of accel, even half the accel puts you close in terms of speed. Having X even higher puts you even closer.
I'm wondering what speeds can you attain while printing an model with nice surface quality?
Fastest Quality benchy was Made in less than 9 minutes , but i forgot at which speeds
I’ll come back for this 👍
I watched all the way to end. Great job, on the speed printing, and stopping smoking a year ago!
Thank you very very much!
I would still like to see some layer adhesion comparison with normal speeds. Does high speed PLA actually provide an advantage?
Check out Stefan’s video, please - lots of dependencies, but in general it’s valid what he said
Thanks for the amazing research and try on pushing the limit of fdm printers
I apreciate all of your hard work. Keep moving forward Do not stop... Good job...
If you think that it cant go faster.... 247printing proves that it is possible. Again and again.... Thanks for the amazing work und pushing the industry 🤓👏👏👏👌👌
got into printing 2 years ago buying used equipment and this video is mind blowing thinking about how fast this 3d printing evolution is going.
Congrats on quitting smoking. 😅 Love it as always Albert!
Love your work on experimental speeds. Nice to see what is possible and what could be coming in future to mainstream
Glad you like it!
Heck yea still here. Congrats! Love your hotrod printing.
Leaving a comment, because well, you said to. Crazy printer, and congrats on being smoke free!
Thanks a lot! Also for watching, commenting and liking 🥰 Really nice of you to do what I ask for 😬
Incredibly good printing. I really want to build one of these.
Fantastic... Some people don't understand... People need to try these ludicrous printing speeds! how are we supposed to reach the perfect fast print without risking and experimenting a bit? You are an explorer! Thanks!
Amazing Video Albert. Keep em coming. We love them..
Well done my man! Insane work. Ignore them haters!!
Haters will always hate what they are jealous of
Thanks a lot! Also for watching, commenting and liking 🥰 Haters gonna hate…
I just LOVE the work you do. Please keep it up.💪
Your voiceover is awesome and a great compliment to this amazing machine you’ve created. Well done.
Are you shooting for injection molding speeds?
Why not ? If possible then lets do it
I love pushing boundaries and pushing forward, I have a P1S but when I see this....uf. Keep doing what you're doing! I wish you a strong will when it comes to smoking, I'm over it too.
Congrats. After 2 years of owning an ender 3 I'm still at the "trying to print consistently" phase
hell yeah brother, love the videos and printer development, thank you for sharing
Absoluter Wahnsinn was du da gebaut hast! Und ich habe dein Video bis zum Ende geschaut!😊 Ich habe nen Ender 3 S1 pro und seit neuestem einen Bambulab P1S! Der Bambu ist schon schnell aber dein Baby ist einfach in einer anderen Liga mach weiter so bin gespannt wie weit man das Thema Speed Printing noch treiben kann! Vermutlich ist es noch beeindruckender deinen Drucker live in Action zu sehen......
That was impressive. Cool proof of concept. Look forward to seeing more barrier limit pushing videos. Thanks for sharing this.
so impressive, I wish I could get a print that clean at the normal speeds on my printer haha
Love all things you do with you voron. I'm finishing my 1st 0.1 and I would like to print at least à 5'000 mm/s2 :) which is more than 10 time faster than my CR-10 v2 ! Good Job Voron ! And congratulation for having stop smoking
your audience is limited because people get bored of just looking. People want to know how to improve their own printers to print faster. What are the key factors, firmware changes, structural and mechanical improvements needed and also electrical ones. If you don't do, some crazy person like me is going to do it. I just don't get into this matter because I'm already full of projects and have no time for this one yet. But I've noticed you 3D printing guys don't like to share knowledge and wisdom. I'm creating a my channel now to share knowledge. One of my projects is a CNC that is also a 3D printer, laser cut, pick and place machine and a complete PCB factory solution. Lots of extra firmware parts. The machine combines additive and subtractive manufacturing simultaneously. I'll sell those machines but I'll share every single detail so people can do by themselves. I feel we need more sharing in this world. Try understanding that open source is the next level. You won't lose money and audience. You only ought to scale and gain from it.
Open source is the next level? No way….
You think that’s why he uses an open source corexy platform?
When you’re able to choose every single component on your printer, things change. He said his previous video talks about the improvements.
But if you’re looking for a parts list of exactly what to buy, compiled firmware, and a perfect print profile…. Here it is.
Parts needed - Bambu Lab X1C
Firmware - click update firmware.
Profile - use Bambu filament and the correct profile.
He had to do his own research and tuning. He can tell you the hardware but that’s a pretty small part of things
@@BenHeienwhat? Its definitely very possible to open source the crazy voron.
You can't just say what people think that's literly illegal
Every so often I see your videos again and they keep getting faster. Crazy to think someday this kind of print speed will be normal for everyday usage.
I feel your pain, having speed printing as hobby is kind of self torture in these days, great job Albert!
the speed and acceleration are out of this world, congratulations :)
Have you thought about building on an epoxygranite base to further increase rigidity? I feel like it would help the accuracy of the prints at that speed.
This kind of videos makes me think about how easy we all give thumbs up on youtube. This is art my friend.
Thanks a lot! Also for watching, commenting and liking 🥰 this makes me very happy!
It's completely insane when you look at how fast the print is built up. When I compare it to my factory one, I think, why aren't people wanting to get speeds like this. I hate waiting
mo speed mo problems. be grateful you can watch 3d printing evolve as well never be ahead of the curve, endless learning awaits.
Just as a 'do it because it can be done' experiment, this was tremendous. Your machine has my mechanical sympathy, as it looked like a 'candle that burns twice as bright lasts half as long' workout!
This is insane. Results like this are going to inspire more manufacturers to build devices that can sustain performance similar to this longer term, at least I hope so.
Congrats on the one year smoke-free! That money saved equals more filament and printers! Woo hoo!
Wow, this is so far beyond what I thought would ever be possible. I have an Ender 3 Max, and I've spend a fair bit of time modding, adjusting, and dialing in my settings to be able to print reliably at 100-150mm/s... and I'm proud of it... yet I'm starting to feel like I'll look back on this machine and its speeds as a distant relic of the past in the not-so-distant future.
Second layer is probably slower due to bed mesh leveling. The bed mesh is going to be active, but fades away for several layers, unless you've disabled that (unlikely). So you're limited by your z-axis.
There’s no bed probe on this printer. Not worth it cause the bed is so small it’s trivial to level it well
I thinks it’s idea maker - no bed mesh here - paper method!
@@oliverskrzynski3317 You don't need a probe to build a bed mesh for software compensation. Paper method can be used.
@@247printing So you're not using a bed mesh, even manually generated for software bed leveling? The bed is flat enough? It is a small bed, so I guess it's not needed?
@@earthwormjim The bed is small and flat enough, yes. Voron0 isn't meant to have a probe. Btw. z-movement due to mesh would continue throughout all layers.
Badass man!! You are by far the best in the biz when it comes to high speed printing
That's SO unbelievably awesome! Wonder how long till you make a real Star-Trek replicator... you're on the right track, I'd say 😉
I'm not a fan of automobile racing but I love how racing pushes technology that makes it into the cars we buy. This is exactly like that. Well done!
ok this is insane I never thought printing at this kind of speed would ever be possible
and not only that it is actually a functioning part. prototyping at this speed is huge.
congrats I think this is a major achievement in 3D printing.
now I want to make my own Voron printer, My current printer is very slow it can barely do 60mm max
Get a heavy solid metal frame and stone base for it. Try high speed servo with low internal inertia (long servos) like panasonic with gear 1:3 and small diameter ballscrew. This will improve speed and detail quality significantly.
I think bonkers is the only thing that comes to mind watching this! It's oddly satisfying for me to watch, I can't imagine how satisfying it must be for you!
Well done. Truly incredible.
Incredible -- thanks for pushing the limits for those who can't afford to.
I would love a video on the fastest you can print for a non warped dimensionally accurate part (0.1mm tolerances etc) with good looks and part strength
This changes everything. Usually, by the time a piece is done, I've moved on and I'm thinking about something different. Now I only print uninteresting things to help me fix problems around the house. I hope that can change going forward with printers like this.
For temperature change between out flow and the part, try a cooling bed to increase the cool down of the material making it solid quicker to hold more intricate models
Hope printing quality will improve at that speed and will be soon available to buy. A real game changer.
Amazing vid and still mesmerising. Thanks for the comment in the videos. Still happy to told you, when you were testing the best extruders, about the voron M4 and you didn't knew what it was. I saw it implemented in the 0.1 247beta2 video.
I'm still amazed by the 95mm3/s. I can't spend too many money into machines. I'm on the bricolage mind, recovering parts, decreasing price, manufacturing and machining myself, so the extruder is still a limit point for me. See you on the next video.
Thanks for the tips! Also for watching, commenting and liking 🥰
Congrats on one year smoke free, that's a huge accomplish! Great video, haters are gonna hate, I love watching how fast 3D printers are getting. Keep up the good work man!
Amazing, speechless. You are always 2 years Ahead.... Please do a video on M4 extruder and how you keep it in one piece
Thanks a lot! Also for watching, commenting and liking 🥰 I had my problems with M4 😬
I know a lot of people default to corexy for speed, but just know that as of now, the world record for the benchy and the first sub 2 min benchy is on the most insane ender 3 ever. The bed slingers are fighting back
It's guys like you pushing the boundaries of high speeds printing that will make it a reality
Thanks for another fantastic demonstration. Prusa has a lot to learn here.
Thanks a lot! Also for watching, commenting and liking 🥰
I'd love to see a video where you go into where the bottlenecks for your experiments are coming, watching the video it could easily be flow rate, extrusion speed or mechanical limit of the hotend movement that you're pushed up against.
Is there any reason you use 0.1mm layers, would 0.2mm with half movement speed give preferable results, or are the 0.1mm layers necessary due to the lack of cooling on the hotend?
I just got my second printer, the Neptune 4 Pro, after seeing a review on LTT. I want to convert my experimenting experience from there first printer, the Anet A8, to something that kids can use in school for projects. Your machine is insane. Will explore more of your older videos now.
Have you tried preheating your filament? Maybe holding it at 70-100C could allow your hotend to load even less?
Love the video, and yeah I was still there at the end.
Would love to see your efforts in making a printer faster with an of the shelf printer.
Take a ender 3 e.g. and see how fast you can go with minimal upgrades.
Still here, glad you stopped smoking. Love you work brother keep it up
😘
How is the printer holding up with these fast speed? Did you have to loctite the fasteners? Is anything shaking apart? Has anything broken/failed running at these sustained speeds? It looks awesome and unreal, keep pushing for more speed!
Good job on not drinking and not smoking anymore! And insane speeds!
It's simply mesmerizing to watch this thing move. I cringe to think about my stock V0 trying to move like that. Congrats on quitting smoking!
Even with dual cameras in a livestream, someone's bound to call it fake if they can't do it in their kitchen. Don't pay these people attention. The uncut, real-time print is very cool to watch though, so you can keep doing it!
I also build some 3d fast printer. But my build plate is 600x400 so probably this insane speeds are not able to succeed. But it's insane to make your printer faster all the time and all the time test some new configuration and settings for faster printing. Good job 😊
should have made this video in 60fps or higher
I've got to ask because I'm curious what brought you to make the choices you did on your printer; for those big cooling ducts, it looks like you have regular, small sized axial fans on the bottom, powering them. Wouldn't a larger blower style fan offer more pressure to focus the air through the ducts, and be quieter? Seems like it would fit in the area just as easy, too. Never built a printer like this though, so I'm really just speculating.
This is very good job. But as you said someone will always complain, so now it is my turn. How about fast printing with technical filaments like ABS or nylon, or even CF Nylon?
I am aslo intrested in high speed print, but i need my parts to be functional, so my basic filament is ABS, and when I need extra strength i go for Nylon or PC, so the question is: How fast can you print without compromising strength and usfulness of the part? I End up with a benchy out of ABS in 28 minutes, yes I deliberitly use print time insted of movement speeds, because this is what ultimatly matter for manufacturing. Don't take ma as a critique, becouse you did really great job. I am just use 3D printing for a bit diffrent aplication, so there is my question about more demanding and stronger filaments.
Question. Why isn't the m4 used more in printers? I have always been curious as to why. I mean, I know that direct drive is more common but not everyone uses direct drive and on the bowden setups...I never see the m4.
For bowden it actually is a nice choice
My ender 3V2 can only dream of ever being that fast
Hey just wanted to say this. Your work is amazing, always trying to push the limits. I watched the entire video through and really enjoyed it. Keep going, I will be watching.
Most people do not understand how Input Shaping works. It does not just cancel oscillations for free. The faster you go the more it fillets corners and geometry of printed part becomes distorted. That's why fast printing speeds and accelerations are not useable in real life prints. It's better to build higher flow extruder and print with thicker layers and widths than run printhead faster.
congrats! also badass printing! taking your speeds/ acceleration down probably only a little bit would produce really high quality parts! its incredible to see!
Thanks a lot! Also for watching, commenting and liking 🥰
@@247printing Thank you for the wonderful content!
you can drastically drop the print time by knocking out those corner to corner movements. vase mode maybe?
I am amazed by your demostration, congratulations, it is actually insane the way the printer nozzle move at that crazy speed. Well, also congratulations for quiting smoking, that is tough to achieve. Have a great 2024.
Would love to see a video showcasing how fast you can push it while still getting a "high quality" print in terms of finish. Can this print faster than a Bambu while still maintaining comparable quality?
It can! I’ll show! 👍
My highlight in this video is the retro casio watch you are using. love it!
Du bist verrückt, das ist ja der Hammer, sowas hätte ich nie als möglich gedacht! Respekt! Abo und Like auf jeden Fall verdient
Congratulations, it's really cool how fast it is. I have a crazy plan in my head for a Vorona with a 510 x 510 x 520 mm working area and running linear motors, but before that unfortunately I have a bunch of other plans on my list, but hopefully it will work out one day =D
Its so cool to see you pushing the limits on printers and Im excited to see what printers come to in the next few years.
Also super big congrats on quitting smoking
Thanks a lot! Also for watching, commenting and liking 🥰