Among those hoards of over the top over-engineering youtubers, it is like a breath of fresh air to see one whom actually under-engineers. 1) Gear ratio on a stepper motor is 1:1, there is no real need for a belt. Thus, no need to create a gt2 loop by sewing. The belt is not tighten, so it has an ability to slip (especially if it is sewed by hand). Therefore, impossible to tell how many loops this contraption actually did (after a bunch). 2) If you have to do a loop on a pole by hand, there is no real need for the second motor. If a human being actually needs to do manual work every time one pole winding is complete, that human being can also handle all the prep work. Drilling a hole in a balanced drill head, while it is squeezed in a plain style of vise, while using a hand held drill is a C-c-combo! (also a waste) 3) The PCB design is flawless. Except it could actually use some time and effort to be a 1 side pcb, thus be cheaper. SCL and SDA are at different layers. Some time and effort. Just some. (It takes about 3 minutes) 4) The code is flawless too. It just needs one out of the tons of libraries that can actually handle button presses. In addition, it is nice to see second stepper motor never was intended to be used. 5) The video is great! What author does in video, is inspiring the young audience to be an engineer or scientist or… or he just sells nema17 stepper motors with dirvers, Arduino board, bunch of other unneeded crap using amazon affiliate links crushing some kids dream.
I already had a problem with JLCPCB exactly because of this. One day I ordered PCB+Stencil, but for some reason only stencil arrived to me in an intact package. So they were ready to refund only 2$ PCB cost, which is ridiculous. I had to pay the new shipping in my own cost again.
I think it will make tighter windings if you place something to restrict the wire flow, like a piece of rubber and speed it up. That motor has plenty of torque to use. Great project
I am officially in AWE at your pure unadulterated GENIUS! There is no channel out there that even comes close to the mastery of Wood, Metal, Plastic, CNC and powertool skills that you have. Currently, the only thing holding me back from such 'creationism' is the CAD/CAM part of your process. PLEASE do a 1hr class on CAD/CAM and another on 3D print design. Show us all HOW you take any part, and hand-make or 3D print another part to hold, support, align, stabilize or connect it to other parts in your finished machine. You ARE the master - tell us all which CAD/CAM and 3D design programs to buy and then SHOW us how to do what you do. ...WE ARE your students - teach us! :-)
Maybe you could change the bent fork part with one out of brass or something stiffer and slot that into the 3d printed part. Otherwise great build and idea.
Not only that but the windings are haphazardly put on instead of one row tight then the next row goes into the grooves of the first row tightly then the next one in that layer's grooves between the windings, etc... You will produce all sorts of nasties just slapping wire on there from stray capacitance to stray eddy currents etc...
does it have to be a fork? you're only using one side. it be better to bend a metal tube and use plastic caps so the coating on the magnet wire doesn't scrape off.
I like how you show many details, yet kept the video short at the same time. It was pleasurable to watch how all came together, clear and nice instructions. Thanks!
Other than a more precise tension control, this is brilliant. A feature that I would add is to place the stepper that holds the arm on top of a sliding platform controlled by another stepper which would allow the arm to move horizontally and thereby allow the windings to spool on to the arm lobe in a flat concentric pattern which would prevent wire overlap and unnecessary air gaps making the winding more efficient and allowing for better balance and fit on each arm lobe.
You can improve this significantly with one minor change. Put the bobbin of copper down on the ground and have some guides for the wire. That way the motor won't have to move the entire mass of copper when the machine is running.
Thanks for sharing with us. There is always ways to improve on a good design. But a nice design for V1.0 Good job! And Thanks again for sharing your work.
Not really. I am not negative, nice toy, but completely non practical. As you have to manually align wires btw coils, you could turn it manually as well. So second stepper is completely useless here.
@@sr-de5nz it really doesn't, windings that loose are a substantial efficiency loss, and for a motor that small you can easily just do it by hand and get much better results.
Brilliant! I have searched in vain for belts for all sorts of audio equipment over the last 20 years or so. It NEVER occurred to me to sew up a belt (and i suppose, whipe a dab of acitione on the ends to be joined) you sir, are a genious.😉
You are using OLED display but in sketch TM1637 library is used and given diagrame is not same as pin are defined in sketch could yu please explain... may be i am wrong but i have tried to make this but failed😢
What else can I do then dropping a like for this fantastic project! :-) oh wait; answer is: subscribing, man your projects really are innovative and very original! I love them thanks for sharing with us!
Yeah I think you could ship to my country for 13 $ as well, but that would take a lot longer and wouldn't be insured. But actually 27$ for 10 custom pcb's isnt much anyways
Two benefits: If you make multiple winding machines you can quickly surpass your manual output, but even with just one you can go do other stuff while its winding like watch old episodes of Wheel of Fortune or collect frogs from your uncle's basement
Printed circuit board connecting A to B as required is NOT enough ! A good printed circuit layout maintains clearance between connections , BUT the path from Ato B should be wide 5mm where high currents flow; The Ground should be be very substantial covering the PC board instead of being unnecessarily Removed !
I agree also, very sloppy winding fail. this would be something for a sixth grader science project maybe at best. i bought a coil winder and attached a drill motor that is 100 times better with a foot peddle. i will also stick with PCB Way.
3or4 years some you man made one or more he use an adjustable tension bar with roller,coil holder moved side to side to make exact winding.later he made elect.guitar pickup coil winder using arduino ,made $$$$$ money.he custom made it for a guitar shop that specialized in old guitars. then he disappeared from u tube. let me know if you find him p.s. good work
15 people are afraid of the robot uprising that will be sparked by this video. Well done sir. Is the black parts you made the case from Acrylic? I keep dreaming of making cases with my K40 laser.
Actually a good idea. Unfortunately not very effective, because the windings are too confused and not, as it should be, right next to each other. But, it's not a professional machine either, so it's probably enough for the hobbyist.
Hello sir I am studying 12 std (BEE Basics Electrical engineering group.) After school students iam going to engineering colleges. I want to study like this so what subject I want to take in collage sir.
Among those hoards of over the top over-engineering youtubers, it is like a breath of fresh air to see one whom actually under-engineers.
1) Gear ratio on a stepper motor is 1:1, there is no real need for a belt. Thus, no need to create a gt2 loop by sewing. The belt is not tighten, so it has an ability to slip (especially if it is sewed by hand). Therefore, impossible to tell how many loops this contraption actually did (after a bunch).
2) If you have to do a loop on a pole by hand, there is no real need for the second motor. If a human being actually needs to do manual work every time one pole winding is complete, that human being can also handle all the prep work. Drilling a hole in a balanced drill head, while it is squeezed in a plain style of vise, while using a hand held drill is a C-c-combo! (also a waste)
3) The PCB design is flawless. Except it could actually use some time and effort to be a 1 side pcb, thus be cheaper. SCL and SDA are at different layers. Some time and effort. Just some. (It takes about 3 minutes)
4) The code is flawless too. It just needs one out of the tons of libraries that can actually handle button presses. In addition, it is nice to see second stepper motor never was intended to be used.
5) The video is great! What author does in video, is inspiring the young audience to be an engineer or scientist or… or he just sells nema17 stepper motors with dirvers, Arduino board, bunch of other unneeded crap using amazon affiliate links crushing some kids dream.
PCB: $2
Shipping: $25
Nice
I already had a problem with JLCPCB exactly because of this. One day I ordered PCB+Stencil, but for some reason only stencil arrived to me in an intact package. So they were ready to refund only 2$ PCB cost, which is ridiculous. I had to pay the new shipping in my own cost again.
Yeah i saw that too lol.
😀😁🤒
InstaBlaster...
I think it will make tighter windings if you place something to restrict the wire flow, like a piece of rubber and speed it up. That motor has plenty of torque to use. Great project
I am officially in AWE at your pure unadulterated GENIUS!
There is no channel out there that even comes close to the mastery of Wood, Metal, Plastic, CNC and powertool skills that you have. Currently, the only thing holding me back from such 'creationism' is the CAD/CAM part of your process.
PLEASE do a 1hr class on CAD/CAM and another on 3D print design.
Show us all HOW you take any part, and hand-make or 3D print another part to hold, support, align, stabilize or connect it to other parts in your finished machine.
You ARE the master - tell us all which CAD/CAM and 3D design programs to buy and then SHOW us how to do what you do. ...WE ARE your students - teach us! :-)
The Main Problem would be, that the windings are not that tight and will vibrate with enough current and the right frequency.
yes you are right this I notice after completing all 3d print, by putting tension in wire the fork will bends so much so i kept it as it is...
Maybe you could change the bent fork part with one out of brass or something stiffer and slot that into the 3d printed part. Otherwise great build and idea.
Not only that but the windings are haphazardly put on instead of one row tight then the next row goes into the grooves of the first row tightly then the next one in that layer's grooves between the windings, etc... You will produce all sorts of nasties just slapping wire on there from stray capacitance to stray eddy currents etc...
maybe you can add a "brake" in the wire reel, a small piece off plastic with a screw to "calibrate"...
Could u build a proper 1 and sell it 2 me 👍🏾
Good job, but, you need more tension on the wire
yes you are right this I notice after completing all 3d print, by putting tension in wire the fork will bends so much so i kept it as it is.
When printing the fork, place it parallel to the printing bed, as is you don't have enough structure to avoid bending
How about making the forks beefier?
does it have to be a fork? you're only using one side. it be better to bend a metal tube and use plastic caps so the coating on the magnet wire doesn't scrape off.
Wouldn't it be better to turn the motor instead make a clamp direct drive damn motor is nextdoor 😂😂😂😂😂
I like how you show many details, yet kept the video short at the same time. It was pleasurable to watch how all came together, clear and nice instructions. Thanks!
Thanks for your kind words
Wow! 3d printer + Arduino + wiring DC motor... 👏👏👏
Other than a more precise tension control, this is brilliant.
A feature that I would add is to place the stepper that holds the arm on top of a sliding platform controlled by another stepper which would allow the arm to move horizontally and thereby allow the windings to spool on to the arm lobe in a flat concentric pattern which would prevent wire overlap and unnecessary air gaps making the winding more efficient and allowing for better balance and fit on each arm lobe.
You can improve this significantly with one minor change. Put the bobbin of copper down on the ground and have some guides for the wire. That way the motor won't have to move the entire mass of copper when the machine is running.
Thanks for sharing with us.
There is always ways to improve on a good design.
But a nice design for V1.0
Good job!
And Thanks again for sharing your work.
Well, even with all the negative comments, I think it is a really well thought out project. Well done.
Not really. I am not negative, nice toy, but completely non practical. As you have to manually align wires btw coils, you could turn it manually as well. So second stepper is completely useless here.
120 витков можно и вручную намотать.Мотает без плотной укладки витков,что не есть хорошо.
indinbuluflim
Loose sloppy windings = fail. Fun project, just not practical or useful.
I agree, but a very nice toy
It does the job...
@@sr-de5nz it really doesn't, windings that loose are a substantial efficiency loss, and for a motor that small you can easily just do it by hand and get much better results.
Brilliant! I have searched in vain for belts for all sorts of audio equipment over the last 20 years or so. It NEVER occurred to me to sew up a belt (and i suppose, whipe a dab of acitione on the ends to be joined) you sir, are a genious.😉
Thank you sir 😉
Quick fix, or Super Glue or burn the ends with candle and melt the ends that will do too.
This will change people's lives, good job!
I couldn't resist but just subscribing to your channel after watching this video..
Very Innovative
How do you connect a 12v power supply directly to the VIN pin? Won't that fry the board?
It's a good concept, but you need to put tension on the coil wire to get a tighter winding.
You are using OLED display but in sketch TM1637 library is used and given diagrame is not same as pin are defined in sketch could yu please explain... may be i am wrong but i have tried to make this but failed😢
To wire a pari a pololu andò an Arduino nano you made the PCB?
What else can I do then dropping a like for this fantastic project! :-) oh wait; answer is: subscribing, man your projects really are innovative and very original! I love them thanks for sharing with us!
You still want a way to laquer or epoxy each layer.
Would love to make one meself though.
I think your work is very good.
Really nice inovation but the machine needs to do tight winding it was little loose. All in all nice project.👍
ua-cam.com/video/d0ifXrVaXUE/v-deo.html
Thanks for the video. Did I see right? Was that a $2 PCB with $25.02 shipping?
YES
I think the high price for the shipping was because it was Express rather than regular mail.
Yeah I think you could ship to my country for 13 $ as well, but that would take a lot longer and wouldn't be insured. But actually 27$ for 10 custom pcb's isnt much anyways
too expensive！
wow , cool project , best part was the stitchedup belt :)
Hello :)
can I replace the OLED with liquid crystal screen 16*2 or 16*4????
and how
Then need to change whole lots of thing in programme
@@MrInnovative tyvm ...but there are a lost part of the code ...there is header file to compile the code
What are the red and green coloured pcb?
that's actually a really neat idea!
Это Лень ,
двигатель прогресса😊
определенность!!
Doing this job manually is much faster ....
ua-cam.com/video/d0ifXrVaXUE/v-deo.html
Two benefits: If you make multiple winding machines you can quickly surpass your manual output, but even with just one you can go do other stuff while its winding like watch old episodes of Wheel of Fortune or collect frogs from your uncle's basement
Design and building machine which will do tedious work for you is lot more interesting then just do tedious work by yourself.
But automation mean you don't have to do it your self.
Hahaha yeah, you have to built a machkne first.
how do I buy these circuit boards, where are they from how long does it take to get to Brazil
What's the perpous of the second motor on the glass?
great job i made my own transformer winding machine :)
Такие обмотки мотаются вручную неплохо!
I'm curious, where did you get the green motor part? Nice project!
Can you tell me what software is used to map this physical connection schematic?
Arduino IDE.
amazing shit!!! and your pcb !!
Hello wery wery much Thank you ♥♥♥
does this use automatic stop ....????
That's a nice one, but you should solve the sloppy windings issue.
You know you can superglue the belt together and it will last the life of the belt, right?
Are you going to swap out Arduino for a hand-coded AVR later? Pretty nice and all but that screen flicker looks so weird :)
very good project
is this equipped with auto stop....????
I might build this to make some fishing flasher rigs
Good job bro awesome👍👍👍
good job . what a smart idea . and really is simple .
Tell me plz
How arduibo know 1 tern by the motor?
complimenti per il progetto.Manca il modo di realizzare,i disegni ,lo sketch di arduino.Come posso ottenerli?.Grazie
Printed circuit board connecting A to B as required is NOT enough ! A good printed circuit layout maintains clearance between connections , BUT the path from Ato B should be wide 5mm where high currents flow; The Ground should be be very substantial covering the PC board instead of being unnecessarily Removed !
Well done 🇰🇼احسنت
I agree also, very sloppy winding fail. this would be something for a sixth grader science project maybe at best.
i bought a coil winder and attached a drill motor that is 100 times better with a foot peddle. i will also stick with PCB Way.
It making loose winding. What's the use ?
Very nice machine!
3or4 years some you man made one or more he use an adjustable tension bar with roller,coil holder moved side to side to make exact winding.later he made elect.guitar pickup coil winder using arduino ,made $$$$$ money.he custom made it for a guitar shop that specialized in old guitars. then he disappeared from u tube. let me know if you find him p.s. good work
11:57 new motor
The way you coied the wire won t work
15 people are afraid of the robot uprising that will be sparked by this video. Well done sir. Is the black parts you made the case from Acrylic? I keep dreaming of making cases with my K40 laser.
Thanks ya its 10mm acrylic
what wire u use bro
Best and innovative project nice
Good. I like this
Make a tutorial on how to connect a smartphone lcd display to an Arduino uno
ато молодець , супер зроби такий станок але для більших якорів
can i do connection in breadbord?
really innovative machine, very good
Thank you sir
Well done!! Respect!
Wow amazing and cool!!!! Can you make one for outer stator please?
he can restore any dc motor with this worth it
Excellent project
Thank you
Nice sir
from where can i get the self balnce gebber file
very nice work
brilliant👍👍👍
Whole brewerry for just a sip of beer
I noticed that you machine needed your help halfway through the process. Do you think you'll be able to fix that?
yea which makes existence of the second stepper completely useless. You can just rotate it manually as it requires your attention anyway.
Plz tell me wire number which is used in this moter winding
What the heck kind of motor is this ? A 3 pole DC ?
スイッチはすぐ切れるように手前もしくは下側がゼロ（OFF）がいいと思いました．
Good👍👍👍
Nice video bhai
Tolle Idee !
Good job but u need some denounce on your buttons, easy to do!
Two steppers for this task is overkill.
Actually a good idea. Unfortunately not very effective, because the windings are too confused and not, as it should be, right next to each other. But, it's not a professional machine either, so it's probably enough for the hobbyist.
Good project bro
Who can make it on big armatures
All haters be like:
*”This is so bullshit. What? You need a motor to make a motor?!?”*
How did you learn to program arduino?
In sb ki programing kaha se Sikh sktey he
Very good video, I just can't download the code, could you send it to me please
Buenos días, interesante proyecto, solo falta la programación del arduino, gracias
suparb ....how much the cost of complete projecg
How to wiring stator of water pump, pro?
Great job.
Hello sir code is not getting open.. showing error while opening??
wonderfull, fantastico....
Hello sir I am studying 12 std (BEE Basics Electrical engineering group.)
After school students iam going to engineering colleges. I want to study like this so what subject I want to take in collage sir.
How motor reproduces itself
Легче уже руками на мотать Чем это хрен делать !
Руками только скорострелы😅😅😅😅
легче с али заказать новый
@@lexxkrt не почему можно же перематывать реально хорошие моторы
Вот такой приблудой на днях мотор от соковыжималки перемотал
Lagu nodtalgia
very good thing
Very nice work.