ฝัง
- เผยแพร่เมื่อ 13 มิ.ย. 2022
- This is the first video of a series in which I will test many 3D Printer HotEnds using the methodology described in this first episode.
🍺 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_...
Test Rig Components
Rotary Encoder used: ► s.click.aliexpress.com/e/_9ipWFT
Load Cell (0-5kg): ► s.click.aliexpress.com/e/_9Rm2bL
You want to know more about the HevORT advanced DIY 3D printer?
WEBSITE ► www.hevort.com
You want to learn and contribute to the project?
FORUMS ► forums.hevort.com/index.php
FACEBOOK ► / hevort
DISCORD ► / discord
Thank you very much!
MirageC - วิทยาศาสตร์และเทคโนโลยี
FINALLY someone is testing all hotends with a consistent method.... we badly needed this. THANK YOU!
Have an idea of the cost involved in such testing, hope you consider supporting the task at hand. supporting is not just for onlyfans girls lmaooo
@@patprop74 actually I sent a small donation as soon as I watched this video and I'm planning to do the same after each episode of this series.
Because companies do not publish useful benchmarks anymore we need independent testers in order to make informed purchase decisions and award the companies who actually do valuable r&d.
We have benchmarks for PC, cars, phones, audio equipment, even vacuum cleaners but not for hotends. Without them we are at the mercy of marketing and this is unacceptable.
@@patprop74 I suggest the combination of hot girls and fast printers to achieve the maximum money throughput to keep the crazy fast printing going.
Agreed, there's only so far subjective tests can go, the "Look how pretty this disposable trinket is, good hotend!".
CNC Kitchen does good tests as well, there thankfully are a few engineering minds out there that help it when it comes to pushing limits or getting the best consistency on results.
Very excited for this to continue. This could end up being one of the most important series of tests/videos in 3d printing. It serves at least 3 purposes. 1 it could help people tune their existing hot ends. 2 it could help people select what hot ends to buy, and 3 it could serve as a huge source of information for future development of hot ends attempting to improve maximum printing speed.
Yes, I've never waited more for the next episode of any series!
100% this is a huge deal. Thank you for advancing the art of 3D printing!
5 years ago I introduced 3d printing to MirageC and now THIS!!!! I'm very proud of what your accomplishing and keep up the work, you are well pushing the boundaries of 3d printing!
This is so true!!! It's all your fault that I am now stuck in this rabbit hole! Lol! Thanks man!
Was he as much of a narcissist then?
@@OriginalAirsoftGasser Of course not! I was much worse back then!
I'm very excited to see you doing a video series like this. You're the kind of thorough the community needs.
So much work has gone into this! Love the outcome! Was worth this! Crazy amount of data and detail! Hats off! 🤠
This video is amazing in its quality of engineering thought! Such a great value for 3d printing community. And great example of how to organize engineering research process and glimpse into what physics is about - learned a lot from this video! I’ll be rewatching this time over time. Great job MirageC!
excellent video! 👏😎
looking forward to your next discoveries!
Thanks for the encouragements man!
This is great work. Love the insane attention to detail, data capture, visualisation, analysis and explanation. Really great work man. Subscribed!!
One of the best videos on 3D printing I’ve seen in a long time. No oink.
Thank you mate! This means a lot to me coming from you! :)
@@MirageC naaah, just a big fan here waiting for videos like this 🍻
I'm looking forward to seeing the next episodes! Your projects and videos are amazing! Thank you for your contribution to the 3D community!
The quality of this video is incredible! So much info presented in an extremely clear and logical way. Just the 3D models alone, goodness. Well done!!🎉🎉🎉
It's been a long while since your last hotend test. When can we expect a new video?
I have been waiting for this! I cannot emphasize this enough, this is AMAZING. The amount of work here is crazy, i can't wait for the rest! I'm sure i speak for many in the community when i say: BIG thank you for all your continued contributions! Awesome work, will be very useful for all of us going forward!
Thank you Mikkel! It means a lot to me coming from you! See you around :)
Wow, this must've taken a crazy amount of work! Super interesting, I'm curious to see future results and tests 👌🏻
holy crap. I LOVE the amount of detail youre putting into these tests. This is MORE than a 3d printing channel.
Thank you Mirage, from the bottom of my heart, for letting the data be free, as it should be! Long live open source innovation!
This is gonna be AWESOME! Best of luck and I'm looking forward to the results!
What an amazing series. I loved every second of it. You're going the extra mile in every aspect and we (the community) can't thank you enough for your hard work.
Glad you enjoy it!
What a return!
Great to see you back, Olivier!
My man, this is an insane amount of work. Fantastic.
This is incredible. Too often people point to intangible aspects of a part when recommending it or not - you’ve brought it back to my wheelhouse of introducing a consistent and repeatable process with data to back up the answers! Can’t wait for the Next one!
Awesome! I'm looking forward to the rest! I mainly focused on the extruder, but the hotend is at least just as important, nice setup!
actually so excited for this series, nice to have some really care and approach it in a standardized scientific manner
A very professional test comparison work done👍👍👍. Awesome details, remarkable CADs, lots of data & graphs 💪. Thank you very much for sharing your wonderful work💕
There are no words for that how amazing work you did!
This is spectacular! I'm eager to see the results and how this all shakes out. A huge resource for open source 3D printing.
This is the most important 3D printing series in a long time. Thank you for doing the legwork!
Glad you like it!
Wow, your work is amazing! This analysis is more complex, complete and well explained than many scientific articles. Thanks for such a great job. The relationship between temperature, flow and pressure is really complex, but your analysis explains it very well
Wow, thank you!
This is a very thorough data intensive approach to the subject. Thank you and looking forward to this and learning more about this critically important component of 3d printing.
THIS, is the kind of videos im looking for when planning out my build. very well done.
My god you're taking this in a serious and scientific way, such a good work, you earn us a lot of work thank you so much for your intense work
This is fantastic! I can’t wait to see the rest of the series
Rewatching this now that I know a little more about the tech and I gotta say the shake you added to the "Dong" was a hilarious addition that totally flew over my head the first time I watched! :D
You're simply the best man! I like the way you approach the technique. I like your printer project too.
Wow. I cannot wait to see future episodes! Your findings are astonishing, seeing how close the 15.1 mm3/sec you measured is to the 14.1 mm3/sec that E3D rates the V6's maximum melt rate at...
Excellent format, looking forward to additional episodes.
Great test! Excited to see the next one
The best video quality in the topic, i hoped so much to see a real tests to be put out in any review and finally i saw them. Also, i laughed a lot from jokes about 2m/s extrusion and 1g conversion for average "3d printing" auditory. My respect for yours work. Definitely remember to donate smth after the war
Amazing what You are doing, you are just answering all my questions i have with high speed printing, making a vez3d clone and im struggeling with the heated end. I donated some money for doing awesome science, thanks for your time and keep doing great work!
Thank you very much for your support! This means a lot to me and its helping me big time!
I thought your analysis of the cross section was really interesting! Very good idea to easily examine the elastic deformation of the filament post extrusion.
So cool that you take the time to do these tests. I really appreciate it, thank you.
Look forward to the rest of the series, nice work :)
Been waiting for this to come back for the past year!
Great stuff. Cant wait for the next part. I am starting a new printer build and this will really help me in selecting the hotend.
The video we've all been waiting for!
That's quite a project. Good job! Very impressive!
Excited for this series! Would love to see how a CHT nozzle changes the flow potential for hotends that could take it, to see how much could be pushed without an entire upgrade
Yes, once I have a few hot end tested, I will do one episode on the CHT's impact on those already tested hotends.
So much data!!!! Thank you, I love it. Very excited to see the trends that start to form.
I’m looking forward to see the result of all these hotends, great job thus far
Loving it bro :). Glad you’ve spent the time getting it right !!
Love IT! This could be the definitive quide on which hotend to buy for a particular use for quite some time.
What an incredible amount of work you're setting yourself up for!
Just discovered this! This is awesome. Cannot wait to watch more of these
Fantastically Detailed and Nerdy
Kudos for TopGear reference
Incredible video man !! You da best !! Thanks for doing this for the community. I know how much time and work you have put in this one... It is very well done and documented and very professional, bringing science in. Hats off to you my brother. You deserve a big bottle of rum!! Everyone should be buying you a paypal beer :)
Thank you man! Thanks for all the motivation talks you gave me while I was down under with unsorted raw data output. You gave me the courage to finish this one! Now that the train has left the station, it should be a bit easier to produce the other episodes.
I was just looking for some mosquito hot end alternatives or what was the latest innovations I should be looking at. I don’t normally check reviews from random channels I’ve never heard of. And in the rare cases I do, I almost never watch the whole thing, and don’t think I’ve ever subscribed.
But I was so thoroughly impressed by this video (aside from the opening that almost made me leave from the overlapping audio) that I had to subscribe.
Very well thought out tests and an incredible amount of thorough and considerate work went into this and that certainly earned a sub from me. Well done!
13 min into the video. this content is insane! i really appreciate you as a content creator
Can’t wait to see the full series!!
Best review I've seen ..I look forward for next one!
wow, what a task. I really appreciate your work and wait anxious for the next episode!
Thanks a lot!
I like the methodology of this and appreciate the empiricism. Looking forward to the next in the series.
Thanks for teaching me a new word! love it! EMPIRICISM all the way!!
Amazing work @miragec i love it!
Keep up the good work! This goes so much further then speedy benchy printing video's.
Stuffs becoming a science this way.
Merveilleux!!!
Donated 35 cad since this is really good stuff going on.
@@MadmanInUkraine much appreciated ! Working hard on the next épisode.
Awesome video! Looking forward to see your complete test results. After this, you need to design the ultimate hotend!
Very cool. I’ve been looking for help setting up flow rates for my mosquito magnum, can’t wait for that! Cheers
Cant wait untill next episode !!!! First time when im donating someone for this crazy job you had done
Amazing stuff. Can't wait for the other episodes.
This is the most scientific thing related to 3d printing I have ever seen, amazing!!!!
Thank you! I am still working at making this project happening.
A very professional movie and it's a pleasure to watch, lots of graphics effects added and explained very well. You do things right got a lot your experience and you put a lot of work into making this movie, thanks for it.
Thank you very much, glad you liked it.
Ayyyy finally it's out ! 🤩
We need more of these episodes!
Top Gear reference is all I needed to trust this. Thank you!
amazing video explaining important phenomenon in 3D printing and crucial to understanding bottlenecks.
Thank you very much for doing this for the community.
Insanely useful information, I have never hit the subscribe faster.
Absolutely Amazing Project. I think this kind of data like the "Filaween" Series by
Thomas Sanladerer, or all the testing done by CNC Kitchen, or the "#SpeedBoatRace" "Speed Benchies"; even just all the amazing calibration/diagnostic prints people have designed and posted online are seriously what push the movement forward. Seriously Amazing Work, This is Pushing Your Channel to Another Level, and no need to rush things, This Will Be Well Worth The Wait !
Thank you!
This is exactly what I've been looking for that the internet didn't seem to have. Lets Goooo!!
Oh my lord, what a great job you've done !
excellent video! looking forward to the rest
Dude, that level of data gather and analize. You get yourself a subscriber!
Great job)) looking forward to next parts
Great work. Thank you for your efforts.
Amazing work has already been done 🙂🙂🙂
Finally, I was looking forward to someone to do such a standardised and detailed comparison for the hotends. My compliments. Please allow me to point out, that every filament type has it's own rheological behaviour characterised with the melt flow rate (MFR) or also called melt flow index (MFI), which is a standardized industrial method to test the flow capabilities of the plastic. As I have done a flow comparison between filaments myself with the Flowtesttool from CNCKitchen Stefan (and being in the plastic processing business for all my life) I know, that the MFR is one major influencing factor for the flow capabilities of the hotend. My advice is, that during the olympics it is important that you use the same filament, even the same batch if possible, as the MFI is changing between plastic batches as well. Otherwise the test results will be not comparable. Can you please indicate the actual MFR of the plastics you used for the test, just out of curiosity? PLA filament MFR values we can buy are ranging from ~5 to 15 g/10min. The difference in flow between MFI 5 vs. 14 on a Prusa Mini hotend with 0,4 nozzle is 11mm3/s vs. 22mm3/s when they reach 10% underextrusion.
I bought large amount of spools from the same brand. Ill have to check if they are from the same batches. I will investigate about the MFR. This is unknown territory to me as of now. Any literature I could educate myself with?
Can you not donate him a MFI meter :P , its not that difficult to use. Used it daily at petrochemical company that was making LD-PE. anyhow i donated you some money, it could definably be a very good improvement/investment to you research
@@MirageC to keep it very simple: you have a cilinder with at the end a very precise hole. you put a plunger on top of the melted pellets. you ad a precise weight, I think it was 1 or 2kg. and then the meter will start to count how long it takes to extrude 10 mm. that measurement is then converted to MFR. you just have to watch that there are no airbubbels trapped when extruding in those 10mm he is metering.
Actually you can misuse your own hotend setup to be a MFR comparison machine: run the same test with different spools of the same filament and you can verify, if the result is nearly the same. Then you can be absolutely sure, that you compare apple to apple. Not like Jeremy Clarkson with "Car time - xx:yy (wet lap)".
@@MirageC en.wikipedia.org/wiki/Melt_flow_index
Pretty awesome 👏 props for the scientific approach.
Great stuff, looking forward to seeing the results. I think this could be a valuable resource even for those not chasing ultimate performance. For that reason it would be nice to see some other more modest hot ends included. For example, the Revo would be something I would like to see run through these tests, although I know it wouldn't be near the top of the leader board.
This is gold!
You deserve more subs!
Thank you! :)
Great stuff!! 👏👏 tks for sharing :) looking forward for the next videos
this is going to be the gold standard for hotend testing 👍👍👍👍👍💪
Excellent content! Would be nice to include the humble cr10 too, with so many Enders out there it would help many people know exactly how much performance they'll gain for each of those upgrades
You're doing gods work here !
Wow , Great work , and yes lots of time , Thanks For your great efforts !
Dude I'm getting into 3d printing and this has been one of the first videos about the matter I've seen. Is the community always like this? Focusing on variables that affects the printing, getting loads of data... Are you guys secretly building a 3d printed rocket to take over the world or something?? Impressive stuff👏👏
great to see some proper study behind this. now I know for sure 220 is the sweet spot for PLA and that PETG prints faster, things I had observed but wasn't completely sure. Cant wait for the next videos!
Great work man!
Truly amazing work
Ayo as a french Canadian I congradulate you on the script. It shows you really spent time to spell check and get the proper definitions
I know it is far from perfect, but I am working quite hard on my English from Abitibi! :) Thanks for the encouragements!
Im new in 3d print and in 5 mn you provided me all the vocabulary I couldn't understand elsewhere. Hotend hotsink, ect, thank you !
Glad it was helpful!
it's mind blowing! Great job!
Bring it on! I can't wait.
Good video hope to see ep.2 soon.