I am amazed! Looking at the project in the video few thoughts came to me - there are many of us who can draw and print the part of the machine, but there are few who would imagine building one, and even fewer who would dare to spend time and build it. We don't lack technology just imagination and boldness. At least this is for me the qualities of an inventor and Innovator. Well done Fraens!
Aus der Sicht des Textilgedankens Kataloniens ist es bewegend zu sehen, wie eine bei uns und auch bei Ihnen so heimische, so entgegenkommende und so beliebte Technologie mit einer 3D-Technik dargestellt wird, die allen so nahe steht. Vielen Dank. Wir hatten auch die Möglichkeit, Rundwebstühle, Wickler oder Werkzeuge zum Herstellen von geflochtenen und/oder einfach gedrehten Kordeln zu erwerben. Sie sind Genies und wir möchten Ihnen unseren Dank aussprechen. Vielen herzlichen Dank, das bleibt noch unseren Kindern und Enkeln erhalten, sehr sehr schön.
Really cool - I've been keen to design one of these and it's nice to see it done. One suggestion is designing channels for casting in PU plastic, or glass fiber reinforced concrete (or low shrink grouts). Makes for really strong and durable '3D printed' parts using 0.8mm nozzle, vase mode for speed and a fast-cast, toughened PU.
I made a wooden one years ago, not as auto as this one 600mm wide i always try and think how i could have made the warp automatic. great idea! fantastic build !
SUPERCOCKTAIL!!! Dieses Gefühl, wenn man von der Arbeit kommt und das entwirft, was einem Spaß macht, und nicht das, was man muss! Ohne Photopolymerdruck. Ich kann mir vorstellen, wie viele Probleme es mit der Anpassung der Teile gab. Du bist cool!
@@perlsackhd3957 Ich bin mir nicht sicher. Aber ich denke, die Muttersprache des Autors ist Deutsch oder Österreichisch. Diesen Eindruck habe ich aus früheren Videos gewonnen. Warum nicht die Kommentare in der Sprache schreiben, die dem Autor angenehm ist?🤗
Fantastic work, thanks for sharing it with us! So may pieces working together. It must have taken hundreds of hours to design, fabricate, test and improve all of them. You have single handedly recreated a core piece of the industrial revolution, bravo.
Thank you very much for the kind words. Yes, it has developed into a somewhat larger project. I would be interested to know how electronic Jaquard works. These have built-in circuit boards. But I haven't yet found out exactly what the circuit boards do. Maybe you know something about it?
@@FraensEngineering I have looked into it briefly, though it is a while ago. I have seen is that the warp lifters are typically a solenoid valve. So the electronics is a _bunch_ of solenoid drivers, and some microcontroller that can control this based on input. Arduino or ESP32 grade should be more than sufficient. I have not seen what the typical PC -> controller protocols/formats are. But I know that many programs operate in basic paletted image formats. And these days it is quite doable to read that directly on a microcontroller.
I have seen a Thread Controller 2 (TC2) loom up close and in action. It is a modern digital loom, popular in scandinavia. One can see a decent part of the mechanism - so if anyone has such a machine around you, it could be worth a study trip!
Ok, thank you very much. I'll have a look around and see what's available on the market. Maybe you can simply replicate such circuits. It would be cool if you could import a .wif file. This is the typical format of weaving software.
@@FraensEngineering Solenoid drivers are among the simplest types of electronics. The primary complicating factor is that one wants many of them, and for not so many gigabucks... If you find the solenoid (travel and force needed is most important) and struggle with the control, just hit me up and I can hopefully help. Btw, a latching / bistable solenoid is the ideal for this application - because then it does not need to be powered all the time - just to make transitions between on/off (up/down). The usual type will work however - though it might get hot and need a bunch of energy! And they are easier to find, so one can at least prototype with them
Absolutely amazing, I have no earthly idea how a powered loom works, but you've obviously spent countless hours working it out to make your own and it's a functional work of art that makes more works of art. Thank you for sharing it with us. 🤩🤯😮
Great job mate. I know these narrow weaving machines because of my trade in the past. It is not only hard to design all the parts, also only make precise settings and do a proper weaved product is another kind of mastery.
Pretty good tolerances and speed with the Bambu for sure. Also nice to see a switch to the more accessible and less expensive 608 bearings. What’s next, herringbone gears? 😉 Nice work!
I think using something like the bobbins in the maypole braiding machine would be a good way to spool the weft and keep the tension on the line while keeping everything nice and compact.
Yes, that's a good idea. I hadn't even thought about it. But it works quite well with the weights. You can experiment a bit with how many grams you use.
"this was my most complex project to date", no this was my most complex project seen to date this video is mind blowing. Every second of the video is filled with intricate, smart and unique parts and mechanisms. Thank you for making this happen
Thanks for your nice comment. The trick is to break such machines down into simple little building blocks and solve each problem individually. This way it is possible to solve complicated problems.
wow, the processing of textiles and yarns is one of the most difficult fields in mechanical engineering! Unfortunately, textiles no longer have any value today and the technology seems old, but threads are beasts that usually don't behave the way you want them to ;-) I love the use of the knitting needle as a reversal point fixation in the weft thread
¡Simplemente magnifico! Creo que este es uno de los mejores videos que he visto de proyectos impresos. La verdad el video esta excelente. Con respecto a tu reflexión final, seria excelente si pudieras usar las piezas impresas como moldes para fundirlas en aluminio o bronce. Claro esto incrementa la complejidad del proyecto, pero te abriría muchas posibilidades para hacer maquinas que soporten más horas de trabajo y mucho más esfuerzo. Felicitaciones por ese nivel de creatividad y conocimiento que tienes. ¡Sigue adelante! gracias por incluir las partes en las que muestras el proceso de impresión 3D. Saludos.
God, this is beautiful! Carl Bugeja makes pcb motors. I’ve been wanting to use them to make actuators for a 3D printed 3D jacquard loom. Maybe you might be interested?
I'd like to see an open source version of this. While still allowing you to make the right amount of profit to satisfy you. I think it's possible in ways much like the open source printers out there. That would allow for continued innovation on your design that would make it applicable to more situations. One of the things that comes to mind is integrated stronger materials such as metal or cement into the 3d printed parts. just my take on your awesome design. Great work.
Open source is a great thing. But not for someone like me, who designs such a large number of new constructions, invests hundreds of hours and many euros in new projects. Where would the motivation come from to continue with this? I keep the prices of my machines really low. In the industrial sector, you pay a lot of money for such plans. So I think it's a win-win situation even without an open source background.
I'll drive more traffic to this video. This type of project should be getting much higher views. With that you might see what I'm talking about. There will be people interested in carrying parts kits at that level of interest and that will lead to other avenues of revenue. I've been watching this happen on the internet for a long time.
Very very impressive. And I like the way you did the build. I see you removed a large chunk of the reed board. Is that because it was in the way of the shuttle arm or do you just not plan on making such a wide weave?
I had to make the reed a little narrower so that the timing works better together. This allows you to pierce a little further forward with the needle. In other words, where the cords are already a little wider open.
This is amazing 😍 would be beautiful if you could explain a bit how the machine really works, like what drives what and what parts play together and need to be considered. There are so many small arms and tiny details which just do their work but would be fun to understand why they are even necessary. So now that you jumped decades of webbing in 100s of hours, next a crocket machine? 😅
In this project, it was particularly difficult to show how everything interacts. I have explained some of the details in more detail on my website. Actually, a voice over in my videos would be a great thing. You can explain a lot more with speech. What is a Crocket machine? 😉
And I thought the dobby loom upgrade you did was amazing! Ever since working for a company that used old powered shuttle looms I've wanted to design something like this, but it's hard to wrap my head around all these parts moving in sync with one another. Where did you learn to do stuff like this?
I have been working as a designer for several years and have seen a few things. For my looms, I was inspired by videos and photos. You just have to solve one problem after another to end up with a fully-fledged machine.
You're basically right. However, it has never been so easy for me to produce parts in large quantities. And before that I had a Vonron 2.4, which is already a high-end printer. My focus is on the design process and I don't want to spend time with the printer. In my case, the printer has to print when I need parts. And that without calibrating, adjusting etc. For me, it's just the perfect combination. Showing a great and working product is not a problem for me. I keep getting comments that I should show more of the 3D printing process. And that's what I'm doing now ;-)
Yes, the Voron is currently in the next room. But I have to be honest and admit that I'm not printing with it at the moment. The 2 Bambus just work so well. No calibration. Just put the filament in and start printing.
@@FraensEngineering Проблема промышленных жаккардовых машин в том, что они ориентированы на производство больших объёмов и в долгой перенастройке на новый заказ. это делает невозможным и дорогим заказ маленьких партий. Наверное лучше всего о чём я пишу объяснит видео ruclips.net/video/38eUhYZoMXk/видео.html
@@FraensEngineering Печально что в комментариях нельзя прикрепить ссылку на видео где всё наглядно показано. Я думаю вы в курсе что существуют большие ткацкие станки для сложных многослойных жаккардовых тканей. На таких производят тканные этикетки с логотипами или рисунками. Проблема в том что такие станки рассчитаны на выпуск больших тиражей этикеток, потому что из них выходит большое широкое полотно и их сложно настраивать перед запуском нового заказа. Маленькая машинка решила бы вопрос с небольшим тиражом или с тестовой версией перед запуском большой машины.
Yes, I know the Jaquard looms. The technology is really extremely interesting. At the moment I haven't dared to design one yet. But I think it would be a great upgrade for the needle loom. It would take the big forces for spreading the warp threads out of the system and do it with a Jaquard. Maybe I'll think of a solution for that.
Why don't u carbon fiber wrap the parts... It will add rigidity. There is a video here on RUclips showing folks wrapping a PLA made quadcopter in carbon fiber + resin. Makes it taught and rigid.
I’m all for 3D printing where appropriate, but once you’ve tested the design with easy to make plastic parts, why not send the critical ones out to have laser cut from steel? The ability to quickly prototype and then order the final versions in steel is a powerful combo.
I will show your video at my weaving club. I'm new to weaving, but Im very anti replacement of the hand crafts with the robotics even on the small scale. Its almost you're taking soul out of the art. As a woman engineer I support you, but as just a woman and an artist, I cannot.
@@FraensEngineering it looks awesome and I'm all for small scale manufacturing, especially when many women thrifting sweaters and reusing yarn) 🧶 I did recycling project with PET in Germany and I wish there was a video on how to remake cotton candy machine into polyester making machine. You can spin polyester.
This has got to be your magnum opus. This design is beautiful.
Thank you very much ;-)
That suggests that they’re finished building and designing though
For now, yes 😉
I've never seen a cam like the one you made. Very cool! Thanks!
Hey, thank you so much for your SuperThanks! 🙏✨🎉 You're the first! 🥳
I am amazed!
Looking at the project in the video few thoughts came to me
- there are many of us who can draw and print the part of the machine, but there are few who would imagine building one, and even fewer who would dare to spend time and build it.
We don't lack technology just imagination and boldness.
At least this is for me the qualities of an inventor and Innovator.
Well done Fraens!
Thank you very much for your kind words. A little bit of craziness is also part of it ;-)
Aus der Sicht des Textilgedankens Kataloniens ist es bewegend zu sehen, wie eine bei uns und auch bei Ihnen so heimische, so entgegenkommende und so beliebte Technologie mit einer 3D-Technik dargestellt wird, die allen so nahe steht. Vielen Dank. Wir hatten auch die Möglichkeit, Rundwebstühle, Wickler oder Werkzeuge zum Herstellen von geflochtenen und/oder einfach gedrehten Kordeln zu erwerben. Sie sind Genies und wir möchten Ihnen unseren Dank aussprechen. Vielen herzlichen Dank, das bleibt noch unseren Kindern und Enkeln erhalten, sehr sehr schön.
Vielen Dank für dein nettes Kommentar.
I really like your mix of off-the-shelf hardware and custom plastic parts. Very smart. I always learn something new from these videos.
Some parts simply have to be bought in to get such machines up and running. 3D printed parts simply have their limits.
Yupp, first thought was "Looks a bit like ball bearings where possible, not where necessary.", but eh, if it works.
The amount of design work put into this is amazing!
Really cool - I've been keen to design one of these and it's nice to see it done. One suggestion is designing channels for casting in PU plastic, or glass fiber reinforced concrete (or low shrink grouts). Makes for really strong and durable '3D printed' parts using 0.8mm nozzle, vase mode for speed and a fast-cast, toughened PU.
I made a wooden one years ago, not as auto as this one 600mm wide i always try and think how i could have made the warp automatic. great idea! fantastic build !
SUPERCOCKTAIL!!! Dieses Gefühl, wenn man von der Arbeit kommt und das entwirft, was einem Spaß macht, und nicht das, was man muss! Ohne Photopolymerdruck. Ich kann mir vorstellen, wie viele Probleme es mit der Anpassung der Teile gab. Du bist cool!
Ja, es macht wirklich Spaß, Maschinen ohne Vorgaben und Einschränkungen zu entwerfen und zu bauen. Probleme gibt es dabei genug zu lösen. ;-)
Das Kommentar hat bei mir kurz die Befürchtung ausgelöst, dass RUclips jetzt auch kommentare automatisch übersetzen würde 😅
@@perlsackhd3957 Ich bin mir nicht sicher. Aber ich denke, die Muttersprache des Autors ist Deutsch oder Österreichisch. Diesen Eindruck habe ich aus früheren Videos gewonnen. Warum nicht die Kommentare in der Sprache schreiben, die dem Autor angenehm ist?🤗
Thank you for sharing your wonderful work. I always learn so much.
Fantastic work, thanks for sharing it with us! So may pieces working together. It must have taken hundreds of hours to design, fabricate, test and improve all of them. You have single handedly recreated a core piece of the industrial revolution, bravo.
Thank you very much for the kind words. Yes, it has developed into a somewhat larger project. I would be interested to know how electronic Jaquard works. These have built-in circuit boards. But I haven't yet found out exactly what the circuit boards do. Maybe you know something about it?
@@FraensEngineering I have looked into it briefly, though it is a while ago. I have seen is that the warp lifters are typically a solenoid valve. So the electronics is a _bunch_ of solenoid drivers, and some microcontroller that can control this based on input. Arduino or ESP32 grade should be more than sufficient. I have not seen what the typical PC -> controller protocols/formats are. But I know that many programs operate in basic paletted image formats. And these days it is quite doable to read that directly on a microcontroller.
I have seen a Thread Controller 2 (TC2) loom up close and in action. It is a modern digital loom, popular in scandinavia. One can see a decent part of the mechanism - so if anyone has such a machine around you, it could be worth a study trip!
Ok, thank you very much. I'll have a look around and see what's available on the market. Maybe you can simply replicate such circuits. It would be cool if you could import a .wif file. This is the typical format of weaving software.
@@FraensEngineering Solenoid drivers are among the simplest types of electronics. The primary complicating factor is that one wants many of them, and for not so many gigabucks... If you find the solenoid (travel and force needed is most important) and struggle with the control, just hit me up and I can hopefully help. Btw, a latching / bistable solenoid is the ideal for this application - because then it does not need to be powered all the time - just to make transitions between on/off (up/down). The usual type will work however - though it might get hot and need a bunch of energy! And they are easier to find, so one can at least prototype with them
Absolutely amazing, I have no earthly idea how a powered loom works, but you've obviously spent countless hours working it out to make your own and it's a functional work of art that makes more works of art.
Thank you for sharing it with us. 🤩🤯😮
Great job mate. I know these narrow weaving machines because of my trade in the past. It is not only hard to design all the parts, also only make precise settings and do a proper weaved product is another kind of mastery.
Yes, that is correct. I spent a lot of time trying to find the right settings.
Pretty good tolerances and speed with the Bambu for sure. Also nice to see a switch to the more accessible and less expensive 608 bearings. What’s next, herringbone gears? 😉 Nice work!
I think the next project could be a cord knitting machine ;-)
@@FraensEngineeringA knitting machine of any kind would be an amazing project, flatbed or circular,
This is one of the most amazing things I've ever seen. Congratulations!!
This is an incredible project and achievement. Bravo.
I think using something like the bobbins in the maypole braiding machine would be a good way to spool the weft and keep the tension on the line while keeping everything nice and compact.
Yes, that's a good idea. I hadn't even thought about it. But it works quite well with the weights. You can experiment a bit with how many grams you use.
this is bonkers! i would love to see your initial design process for a project this insane. Excellent Excellent work!
Its Amazing! I love it!🥳
Amazing, I wish my 3d printed parts went together that well. 👍
i enjoy watching these videos. they get better and better each time! ❤
"this was my most complex project to date", no this was my most complex project seen to date
this video is mind blowing. Every second of the video is filled with intricate, smart and unique parts and mechanisms. Thank you for making this happen
Thanks for your nice comment. The trick is to break such machines down into simple little building blocks and solve each problem individually. This way it is possible to solve complicated problems.
wow, the processing of textiles and yarns is one of the most difficult fields in mechanical engineering!
Unfortunately, textiles no longer have any value today and the technology seems old, but threads are beasts that usually don't behave the way you want them to ;-)
I love the use of the knitting needle as a reversal point fixation in the weft thread
Yes, you're right. Textile machines can be extremely complicated. I try out a lot of things and learn how to work with yarns. It's trial and error ;-)
Impresive!!It's amazing what you can do at home with a 3D printer
Yes, with the right skills you can do all kinds of great things with it.
You can do it at home even without a 3d printer and electricity and even under candle light, but it's probably not as amazing to you boyzzzz.
Wow wow wow !!! GODAMN Just found your channel this is beyond impressive, great CAM
This design is beautiful.
WOW MAN! you are a GENIUS. this is wonderful
Crazy to think that such machines were one of the first in factories
The designers from earlier times were geniuses. Inventing such machines from scratch is not easy.
I've been waiting for this one!
I belive you could just use some CF filament and get the strength you need. Great build great machine!
Amazing project and video. Keep up the great work : )
This is incredible. I hope that I can do something like this someday.
Great job. ❤
Breathtaking!
You are a literal genius. You deserve every single sub times 1000
Благодарим ви!
Thank you very much for your support. This is extremely motivating to keep going 😁
Woow , awesome creativity, vera level👍
Why doesn't this have 1 million likes???
Good question 😂🤣😄
Cool AF (partner is fibre BFA, sitting on a piece she weaved rn) but missed opportunity to make it fully programmable!
¡Simplemente magnifico! Creo que este es uno de los mejores videos que he visto de proyectos impresos. La verdad el video esta excelente.
Con respecto a tu reflexión final, seria excelente si pudieras usar las piezas impresas como moldes para fundirlas en aluminio o bronce. Claro esto incrementa la complejidad del proyecto, pero te abriría muchas posibilidades para hacer maquinas que soporten más horas de trabajo y mucho más esfuerzo.
Felicitaciones por ese nivel de creatividad y conocimiento que tienes. ¡Sigue adelante! gracias por incluir las partes en las que muestras el proceso de impresión 3D. Saludos.
Yes, that would be a good idea. Actually, I would really like to build the machine out of metal.
At 10'09" : I love that cam ❤
God, this is beautiful!
Carl Bugeja makes pcb motors. I’ve been wanting to use them to make actuators for a 3D printed 3D jacquard loom. Maybe you might be interested?
In fact, I would like to build an electronic Jaquard. Can you show me these circuit boards? I would be interested. Thank you very much!
Nice, now just put some lithium grease on a few key spots. Nice build!
Good idea 👍
I'd like to see an open source version of this. While still allowing you to make the right amount of profit to satisfy you. I think it's possible in ways much like the open source printers out there. That would allow for continued innovation on your design that would make it applicable to more situations. One of the things that comes to mind is integrated stronger materials such as metal or cement into the 3d printed parts.
just my take on your awesome design. Great work.
Open source is a great thing. But not for someone like me, who designs such a large number of new constructions, invests hundreds of hours and many euros in new projects. Where would the motivation come from to continue with this? I keep the prices of my machines really low. In the industrial sector, you pay a lot of money for such plans. So I think it's a win-win situation even without an open source background.
I'll drive more traffic to this video. This type of project should be getting much higher views. With that you might see what I'm talking about. There will be people interested in carrying parts kits at that level of interest and that will lead to other avenues of revenue. I've been watching this happen on the internet for a long time.
Facts Brother So True
Bravo !
Very very impressive. And I like the way you did the build.
I see you removed a large chunk of the reed board. Is that because it was in the way of the shuttle arm or do you just not plan on making such a wide weave?
I had to make the reed a little narrower so that the timing works better together. This allows you to pierce a little further forward with the needle. In other words, where the cords are already a little wider open.
amazing!!
This is amazing 😍 would be beautiful if you could explain a bit how the machine really works, like what drives what and what parts play together and need to be considered. There are so many small arms and tiny details which just do their work but would be fun to understand why they are even necessary.
So now that you jumped decades of webbing in 100s of hours, next a crocket machine? 😅
In this project, it was particularly difficult to show how everything interacts. I have explained some of the details in more detail on my website. Actually, a voice over in my videos would be a great thing. You can explain a lot more with speech.
What is a Crocket machine? 😉
NIce Job !
@12:37 the tension at the needle seems different, did you change the great tension method inbetween ?
I have tested a lot with the weft thread. It is possible that it had a different tension as a result.
How wide *could* this be scaled?
And I thought the dobby loom upgrade you did was amazing! Ever since working for a company that used old powered shuttle looms I've wanted to design something like this, but it's hard to wrap my head around all these parts moving in sync with one another. Where did you learn to do stuff like this?
I have been working as a designer for several years and have seen a few things. For my looms, I was inspired by videos and photos. You just have to solve one problem after another to end up with a fully-fledged machine.
Nice!
really cool work. what did you base the machine on?
I was inspired by pictures and videos.
What CAD platform do you design on?
Amazing! Wow!
What software do you use to design the parts? And do you use kinematics/assembly motion/simulations to test the design first?
The kinematics are drawn using 2D sketches.
thats a great work .
what type of filament u used to print this project ?
I mainly used PLA. But some parts are also made of PETG.
tres bien!
This is awesome!!! What song is at 4:15 btw?
The song is called “ES_Callout - AGST”
@ thanks!! It sounds so cool especially at 2x speed
Beautiful design but sick of the Apple fan like plugging of Bambu Lab; it's 3d printed, it does not matter on which brand of 3d printer
You're basically right. However, it has never been so easy for me to produce parts in large quantities. And before that I had a Vonron 2.4, which is already a high-end printer.
My focus is on the design process and I don't want to spend time with the printer. In my case, the printer has to print when I need parts. And that without calibrating, adjusting etc.
For me, it's just the perfect combination. Showing a great and working product is not a problem for me. I keep getting comments that I should show more of the 3D printing process. And that's what I'm doing now ;-)
Please make composite filament winding machine!
Can you describe what you mean in more detail or do you have a link to such a machine?
well, what if you sew a 3d print mesh.
How to change the design pattern
Like the design but it looks like it broke where the threads are aligned in the comb
I made the reed a little narrower. This allows you to insert the needle further forward.
What happened to your voron is it still alive ?
Yes, the Voron is currently in the next room. But I have to be honest and admit that I'm not printing with it at the moment. The 2 Bambus just work so well. No calibration. Just put the filament in and start printing.
Me: @9:44 WTF is that?
Me: @10:11 Holly Shit!
These parts are used to lift the shafts.
@Armor-Innovations Saw this and thought of your channel.
Wow!
The cam without cutting the axle at 2:33 blew my mind!
I would buy an Arduino-controlled programmable Jacquard loom.
I will design a jaquard one day when I have the muse ;-)
It would be a great upgrade for the needle loom as you don't have so many warp threads here.
@FraensEngineering How can I work with silk at 600 threads per inch and individually-controlled needles?
800!
Хочется сделать себе такую машинку, что бы печатать небольшие тиражи жаккардовых этикеток
Can you describe this in more detail?
@@FraensEngineering Проблема промышленных жаккардовых машин в том, что они ориентированы на производство больших объёмов и в долгой перенастройке на новый заказ. это делает невозможным и дорогим заказ маленьких партий. Наверное лучше всего о чём я пишу объяснит видео ruclips.net/video/38eUhYZoMXk/видео.html
@@FraensEngineering Печально что в комментариях нельзя прикрепить ссылку на видео где всё наглядно показано. Я думаю вы в курсе что существуют большие ткацкие станки для сложных многослойных жаккардовых тканей. На таких производят тканные этикетки с логотипами или рисунками. Проблема в том что такие станки рассчитаны на выпуск больших тиражей этикеток, потому что из них выходит большое широкое полотно и их сложно настраивать перед запуском нового заказа. Маленькая машинка решила бы вопрос с небольшим тиражом или с тестовой версией перед запуском большой машины.
Yes, I know the Jaquard looms. The technology is really extremely interesting. At the moment I haven't dared to design one yet. But I think it would be a great upgrade for the needle loom. It would take the big forces for spreading the warp threads out of the system and do it with a Jaquard. Maybe I'll think of a solution for that.
some metal stuff still inside
how much does bambu pay you?
Unfortunately not very much. It's in the low single-digit range 😉
👍
Haha nice
Why don't u carbon fiber wrap the parts... It will add rigidity. There is a video here on RUclips showing folks wrapping a PLA made quadcopter in carbon fiber + resin. Makes it taught and rigid.
Good idea. I'll have a look.
I’m all for 3D printing where appropriate, but once you’ve tested the design with easy to make plastic parts, why not send the critical ones out to have laser cut from steel? The ability to quickly prototype and then order the final versions in steel is a powerful combo.
Yes, you're right. However, this would involve considerable costs. My aim is to build projects largely with 3D printed parts and standard elements.
I will show your video at my weaving club. I'm new to weaving, but Im very anti replacement of the hand crafts with the robotics even on the small scale. Its almost you're taking soul out of the art. As a woman engineer I support you, but as just a woman and an artist, I cannot.
But hallochen from HI 🤙🤙🤙
I haven't completely removed the soul yet 😁 it's only a prototype for the first time.
@@FraensEngineering it looks awesome and I'm all for small scale manufacturing, especially when many women thrifting sweaters and reusing yarn) 🧶 I did recycling project with PET in Germany and I wish there was a video on how to remake cotton candy machine into polyester making machine. You can spin polyester.
@@FraensEngineering I'll send your video to some weaving communities, hopefully they'll like it)
Cotton candy in PET. Sounds great...