I love this so much! I work with CNC machines for a living and this is so cool to see. One recommendation I'd have is use this to cut up some aluminum heatsinks and attach them to the outside of your spindle housing. That will make the coolant more effective at reducing that heat. A second idea is to just add a filter screen like cheese cloth to keep bigger chunks of chips out of the coolant filter box. I don't want to say too much and make this sound too critical of you. This is amazing and honestly a dream for myself and many other machinists to do what you just did.
It took the UA-cam algorithm too long to offer me your video, but I am sooo glad it did eventually! I sat here, transfixed through every second... just fantastic, thank you. Liked and Subscribed.
I have seen a lot of builds, and many of them are nice, but this is definitely one of the best ones I've seen. It's taken the typical home built to another level. Very well done.
Really well made machine, and video! Also don’t be to hard on yourself, if anything pulling off a machine like this with the tools you had is a compliment! You earned a subscriber for sure.
big respect to you. i am doing retrofitting an old cnc mill and having so much headache and seeing you done it, makes me so relieved that it is possible =) keep at it
Great accomplishment! If the spindle block allows, perhaps drilling through small coolant passages could be an option or adding a spacer cap to the top of bottom that has water passages to pull heat out may be a more optimal solution. I love that you came up with literally just flooding the whole spindle ! The simplest is often the best.
Very good build of DYI CNC milling mashine you used DDCS V3.1 as well for your mashine. You are happy with this Controller(DDCS V3.1)? I have also the same controller on my mashine and i am happy with it. Hopfully we will see more about this Mashine. You will finde my build also on youtube but it is German.
Hola desde Venezuela felicidades excelente trabajo yo deseo hacer uno similar cuánto es el presupuesto para fabricarlo ya que traerlo de otro país sale costoso.carlos Méndez.soy fabricante de moldes en plástico PET para chocolates y hago una que otra máquina y me cae muy bien un CNC como ese está espectacular
Would you share a parts list and possible cost for the parts for people that might want to build something similar?? BTW, awesome build and that is one beefy home made cnc. Just awesome.
How, in God's name, did you have the budget to build this machine but not to buy a tap wrench 🤣🤣 Looking great, though! One of the better builds I've seen!
excellent work! I have built my own cnc mill as well. Would you be able to go into more detail on how you built the enclosure, coolant tray, and coolant system? Keep up the great work.
Quick advise on the disk filter for the cooling system. It should point to the floor because when it collects the particles and it cloggs, you need to remove the disc but when you do that (with water off) and pull the filter, all particles go to the inlet and outlet. I had the same issue the first time I cleaned one of them on my watering system :D I guess you already figured that out tho
Thanks! That’s one of my future plans. Currently the tool changes take up some time (not much but adds up). I have to think of a solution, because I don’t think these type of spindle blocks have enough space for a drawbar. I will look into some type of impact driver or simply wait to get a ATC spindle block.
green spindle unit is usualy done to go at a max speed of 3krpm , did you buy it done for a 8krpm ? or did you just go higher than it should go, and thats could explain the issue of overheating thx for the great content !
This one was advertised to do 6krpm, but yes I am pushing it past that, that’s why it is overheating. I will get some good quality bearings later and adjust the preload.
Very interesting driving the bt30 with one of those spindle motors, at 2:1 how is it performing? What materials are you cutting and is it giving you sufficient torque?
What about the vibration? I guess the vibration is very high from its sound, and this is because all cnc builders on UA-cam do not consider using damping material to reduce vibration. If you want to upgrade to to build a new one, I recommend building the structure from cast iron because the grains damping is high, and it will significantly reduce the vibrations so you will get better finish 👍.
It vibrates a little on high load cuts, but on finish passes its ok. Of course a cast iron base woud be much better but that would be much more expensive and this is supposed to be an entry/hobby machine.
Nice build! And good to see this China spindle block in action. Thinking of getting one of those for a while now. At what spindle speeds did you experience it getting (too) hot?
Do you have any information about why the green part gets hot? Also, I think the sound made when the spindle is rotating is coming from the green part. Are the bearings not of good quality?
Your typical mistakes as newbie in CNC building: 1. Usage of sand for increasing a rigidity of machine is not so bad idea, but if you want to get high value of it, please add some epoxy resin to it! Yes, it's hard to put this mix into metal parts, but it will give you a really good result. Simple sand filling will not work as well. 2. Power supply is not enough for fast repositioning. Your motors need 6A of current as NOMINAL power, but it takes approx. 2-3 times more, when it accelerate, or hold axis during machining. Just buy 3 pcs of 48V power supply with current at least 16A. This solution will gave you best results. No step missing, low noise, high torque. 3. Replace your spindle motor to servo motor. It will increase speed of machining, also your machine will be possible to make threads and this solution will increase depth of milling. 4. Good bearings will make your milling process more precise. 5. Put some noise filters to spindle motor and power supply.
Number 1) The sand is NOT intended to increase rigidity at all - it can't. The sand is only there for DAMPENING! The steel and aluminum structure will ring like a bell. The sand will attenuate that very well, and will aid in increasing tool life. Number 2) You are incorrect and obviously don't know how stepper motors work. Stepper drivers are a current source and will not allow 2-3 times more as you state. Fast movement of steppers is reliant on VOLTAGE. Your suggestion for 48V at 16A will make no difference. Your other suggestions assume you know what the OP wants, it appears he has a nice machine and it works just fine. Your comment about his mistake is full of YOUR mistakes.
just so everyone knows, you cannot measure perpendicularity like this at @ 7:00; even if that surface is not parallel to the dial, the needle of the dial will not move. this measurement is measuring the flatness of the vice which is of course surface ground, and therefore very flat. the dial indicator has to move along a reference surface that is known to be perfectly perpendicular to the datum surface
I was checking XY perpendicularly and I think this is the way you do it. I am assuming the vice surfaces are perpendicular. The dial is on a fixed position and not moving. Imagine an extreme case where the Y axis is 45 degrees to X: I align the vice on X (left and right) across the dial to make one surface parallel to the X axis and then without touching the vice, I move the whole thing in Y (front and back). Now if XY axis are 45 degrees, the vice will move sideways and the dial will show a lot of movement since it’s fixed. This is hard to explain but it works.
I see you had a CAD File for the Project at 0:00-0:35, is that published anywhere already, and if not, would you be willing to post it on a “GitHub” / “Hackaday” / Wili page etc? If more and more people could build machines of this quality, imagine the things we can make/invent! Either way keep up the good work!
I love this so much! I work with CNC machines for a living and this is so cool to see. One recommendation I'd have is use this to cut up some aluminum heatsinks and attach them to the outside of your spindle housing. That will make the coolant more effective at reducing that heat. A second idea is to just add a filter screen like cheese cloth to keep bigger chunks of chips out of the coolant filter box. I don't want to say too much and make this sound too critical of you. This is amazing and honestly a dream for myself and many other machinists to do what you just did.
I like the heatsink idea 💥🤓
Thank you very much! I always welcome new ideas!
It took the UA-cam algorithm too long to offer me your video, but I am sooo glad it did eventually!
I sat here, transfixed through every second... just fantastic, thank you. Liked and Subscribed.
Thank you very much!
I've seen a few diy cnc builds but yours is the best of them all.
I have seen a lot of builds, and many of them are nice, but this is definitely one of the best ones I've seen. It's taken the typical home built to another level. Very well done.
Thank you!
Great work on this mini VMC!
Really well made machine, and video! Also don’t be to hard on yourself, if anything pulling off a machine like this with the tools you had is a compliment! You earned a subscriber for sure.
Very nice craftsmanship!
This was fun to watch congrats to you brother life should be a lot easier now 😃
big respect to you. i am doing retrofitting an old cnc mill and having so much headache and seeing you done it, makes me so relieved that it is possible =) keep at it
Incredible build! Amazing job!
Can't wait to see you make a tap wrench with that machine!
Sick machine! Well done mate!
Great accomplishment! If the spindle block allows, perhaps drilling through small coolant passages could be an option or adding a spacer cap to the top of bottom that has water passages to pull heat out may be a more optimal solution. I love that you came up with literally just flooding the whole spindle ! The simplest is often the best.
Amazing job! looks awesome
That's a great machine! 😁
Excellent build! Impressive
That is very impressive! Quite the accomplishment!
Kudos! :)
Really great build. Thanks for posting
AMAZING!!!! So precise job, congratulations!
Nice! I also used uptime fab design to learn how to make a controller.
Very cool build, very cool machine good job love the video keep them coming
Wow very impressive my friend!
Excellent work man! Very good 👍
Very nice!!!
I haven't seen your alternative solution to the high speed bearings yet😂.
Essa cnc está entre as mais lindas cnc do mundo
Wonderful job.
Congrats!
Very good build of DYI CNC milling mashine you used DDCS V3.1 as well for your mashine. You are happy with this Controller(DDCS V3.1)? I have also the same controller on my mashine and i am happy with it. Hopfully we will see more about this Mashine. You will finde my build also on youtube but it is German.
VV interesting. Will be waiting for future progress. Subbed here!
Hola desde Venezuela felicidades excelente trabajo yo deseo hacer uno similar cuánto es el presupuesto para fabricarlo ya que traerlo de otro país sale costoso.carlos Méndez.soy fabricante de moldes en plástico PET para chocolates y hago una que otra máquina y me cae muy bien un CNC como ese está espectacular
Incredible man!!!!
Really cool!
Would you share a parts list and possible cost for the parts for people that might want to build something similar?? BTW, awesome build and that is one beefy home made cnc. Just awesome.
Sorry for late reply but I have added a BOM to the video description. You can check out the parts list if you want.
Great Job!❤❤❤❤
I built a Machine in the same style,but smaller,high speed Spindle and not soo perfekt.
Great job!!
Amazing build. Would you be willing to go over more about how you did the wiring and controller system?
Thank you! I did my wiring based on this blog, it has really good information. uptimefab.com/2021/01/11/build-your-own-cnc-controller/
@@EDCMaker thank you. I will bookmark it and read through it
How, in God's name, did you have the budget to build this machine but not to buy a tap wrench 🤣🤣
Looking great, though! One of the better builds I've seen!
excellent work! I have built my own cnc mill as well. Would you be able to go into more detail on how you built the enclosure, coolant tray, and coolant system? Keep up the great work.
Great job, can you upload more clips of the fine adjustments ?
Nicly done!
Quick advise on the disk filter for the cooling system. It should point to the floor because when it collects the particles and it cloggs, you need to remove the disc but when you do that (with water off) and pull the filter, all particles go to the inlet and outlet. I had the same issue the first time I cleaned one of them on my watering system :D I guess you already figured that out tho
Yea, I noticed that. It’s rotated now, pointing the ground. Thanks for the suggestion though!
Cool build. Share your plans ? Pretty please
waaa，that great job ~
Wow congratulations, I am subscribed.
Can you make the tool changes faster with a drawbar ,pullstud ECT ECT ECT .( Asking for a friend )
Thanks!
That’s one of my future plans. Currently the tool changes take up some time (not much but adds up). I have to think of a solution, because I don’t think these type of spindle blocks have enough space for a drawbar. I will look into some type of impact driver or simply wait to get a ATC spindle block.
Великолепное решение! Мне очень понравилось.
Very good job!
I would like to make one too but I don't know what components to use
Can you link component you have used?
Yes! I have made a bill of materials. Its on the video description. Hope it helps
green spindle unit is usualy done to go at a max speed of 3krpm , did you buy it done for a 8krpm ? or did you just go higher than it should go, and thats could explain the issue of overheating
thx for the great content !
This one was advertised to do 6krpm, but yes I am pushing it past that, that’s why it is overheating. I will get some good quality bearings later and adjust the preload.
This is awesome, can you do a price breakdown?
Tuga, certo?
Ficou top! Subscrito 🤓💥👌🏻
Também construí uma, mas não no mesmo estilo 😉😉
Tuga sim 😉 Obrigado!
Nice machine cnc !
Very interesting driving the bt30 with one of those spindle motors, at 2:1 how is it performing? What materials are you cutting and is it giving you sufficient torque?
The toughest steel I milled was 1.2379 and it was fine. The spindle is performing pretty good
Really well made project….are you from Portugal 🇵🇹?
Correto!
What about the vibration?
I guess the vibration is very high from its sound, and this is because all cnc builders on UA-cam do not consider using damping material to reduce vibration.
If you want to upgrade to to build a new one, I recommend building the structure from cast iron because the grains damping is high, and it will significantly reduce the vibrations so you will get better finish 👍.
It vibrates a little on high load cuts, but on finish passes its ok. Of course a cast iron base woud be much better but that would be much more expensive and this is supposed to be an entry/hobby machine.
Nice build! And good to see this China spindle block in action. Thinking of getting one of those for a while now. At what spindle speeds did you experience it getting (too) hot?
Thanks! Everything past 6k rpm
Hello, great cnc. Welldone. Are you happy with the spindle? I guess you bought it from aliexpress?
Thank you. Yes, for the money it cost its doing great and yes it was from aliexpress
Love your creativity and fortitude but the aluminum extrusion as your column was probably not the best choice for rigidity.
top xuxa
How much NM(newton force) / Kw of a spindle power as minimum required for steel milling process ?
Do you have any information about why the green part gets hot? Also, I think the sound made when the spindle is rotating is coming from the green part. Are the bearings not of good quality?
The spindle gets hot because the bearings are not good quality. And yes most of the sound is from the bearings
Is that an end plate for a tiny rotary engine at the end!?
Yes it is! Its another project of mine, but right now is on pause
Nice build, did you install a relay from the ddcs controller to the spindle vfd or wired directly?
It’s directly wired, the vfd as specific input for speed control
@@EDCMaker ahh ok that part wasn't clear I haven't hooked mine up, thanks for the answer
En cuanto lo vende y dónde está ubicado
Great Maschin
Waht coast this Maschin to Build ?
hi, i want to carve steel with cnc router, is it possible?
Your typical mistakes as newbie in CNC building:
1. Usage of sand for increasing a rigidity of machine is not so bad idea, but if you want to get high value of it, please add some epoxy resin to it! Yes, it's hard to put this mix into metal parts, but it will give you a really good result. Simple sand filling will not work as well.
2. Power supply is not enough for fast repositioning. Your motors need 6A of current as NOMINAL power, but it takes approx. 2-3 times more, when it accelerate, or hold axis during machining. Just buy 3 pcs of 48V power supply with current at least 16A. This solution will gave you best results. No step missing, low noise, high torque.
3. Replace your spindle motor to servo motor. It will increase speed of machining, also your machine will be possible to make threads and this solution will increase depth of milling.
4. Good bearings will make your milling process more precise.
5. Put some noise filters to spindle motor and power supply.
Number 1) The sand is NOT intended to increase rigidity at all - it can't. The sand is only there for DAMPENING! The steel and aluminum structure will ring like a bell. The sand will attenuate that very well, and will aid in increasing tool life.
Number 2) You are incorrect and obviously don't know how stepper motors work. Stepper drivers are a current source and will not allow 2-3 times more as you state. Fast movement of steppers is reliant on VOLTAGE. Your suggestion for 48V at 16A will make no difference.
Your other suggestions assume you know what the OP wants, it appears he has a nice machine and it works just fine. Your comment about his mistake is full of YOUR mistakes.
what kind of tool steel you used in this project? :)
Its 1045 steel :)
@@EDCMaker just as I thought, thanks! Also i call this structural steel (not tool steel) ;l i guess we have different point of view in Poland :l
just so everyone knows, you cannot measure perpendicularity like this at @ 7:00; even if that surface is not parallel to the dial, the needle of the dial will not move. this measurement is measuring the flatness of the vice which is of course surface ground, and therefore very flat. the dial indicator has to move along a reference surface that is known to be perfectly perpendicular to the datum surface
I was checking XY perpendicularly and I think this is the way you do it. I am assuming the vice surfaces are perpendicular. The dial is on a fixed position and not moving. Imagine an extreme case where the Y axis is 45 degrees to X: I align the vice on X (left and right) across the dial to make one surface parallel to the X axis and then without touching the vice, I move the whole thing in Y (front and back). Now if XY axis are 45 degrees, the vice will move sideways and the dial will show a lot of movement since it’s fixed.
This is hard to explain but it works.
@@EDCMaker i see. to me it was not evident from the video that you were using the vice as a square. we are basically in agreement then
👏👏👏👏👏
Can you share where you purchased your motors please? Thanks
I think all of them came from aliexpress
This is sketchyness in gold hahahahahahahaha
OMG!
Where did you get a tool steel plate this big?
Got it from a supllier in my country
You need a good quality magnetic drill machine
were you cutting hardened tool steel or annealed tool steel?
It was annealed. Hardened destroys tooling even on a industrial CNC machine
@@EDCMaker no it doesnt. Ive turned and milled hardened materials, incld D2
how much did it cost in total
I didn't kept track but probably around 5k euro
I see you had a CAD File for the Project at 0:00-0:35, is that published anywhere already, and if not, would you be willing to post it on a “GitHub” / “Hackaday” / Wili page etc?
If more and more people could build machines of this quality, imagine the things we can make/invent!
Either way keep up the good work!