Been a while Debby ! But you never disappoint ! that will be a really good Mill INDEED !!!! I can't wait to see How you tackle the motor and mill-end interface.... Very smart giving yourself a large table, now you'll be able to shave down engine heads that are warped, you may have enough room to bore an engine for bigger pistons ! LOL.... you are going to need alot of set-up tools, like hold-down clamps ,ramp blocks etc,etc.... so in your spare time make a video on making them as well ! WELL DONE AGAIN !!!!
Now that would be the most practical idea you have to use those linear rails for the Z axis if it was intended to use it for CNC work....so many commercial mills with dovetail slides on the Z axis always fail to perform well in that area when they try to move them due to the friction from the massive head weight. However, it is mostly for CNC use, where the head is constantly moving up and down, that linear rails are used.....in manual mills the head is positioned on the column and locked so dovetail or box ways are better in that format.......manual mills are also designed to take heavier cuts per move as opposed to many lighter cuts in CNC mode where the slides are in constant movement, so linear rails are not all that well suited for a manual mill configuration. The X axis on the table really does need to have the constant slide contact area as you have it to prevent vibration etc.
Debby, I wont ask for more videos, but I would like to know if you completed your milling machine, you worked very hard on it. I know your proud of it and should be.
Hi Debby. Excellent work, you absolutely inspired me. Can you help me where can I buy those really big sliding blocks and rails as yours are? Your help would be much appreciated.
Sir i am watch your all videos such a amazing content and your headwork I am also try to make the kind of stuff in future because now I am only 18 year old
saya senang sekali melihat videonya... sangat mengispirasi, dan saya mencoba untuk membuatnya tapi belum bisa desainnya, apakah saya boleh meminta desain nya ?
Hello as are you sure the z column is in square with y column.. I think this machine have a geometry not accurate.... Beautiful project but about the precision?
before I uploaded it to RUclips, I was looking for the exact details, don't hesitate, in this video I share knowledge and models that can be made by all viewers
i would like to see the accuracy when completed. haven't seen any surface scrapping/grinding operation, not even milled surfaces, no surface plate, no straigth edge, no comparator. not a single precision measuring tool besides carpenter's square. if the machine is perpendicular it will be a miracle. This gives me so much stress, considering the volume of materials used and the bearings, leadscrew, etc. why bother spending time and money on a project if there is no precision in the end ? Well at least you can cut, weld, drill, and assemble thick steel pieces together, result look nice from a far distance, and i really think this thing will be stable and strong, but machining is all about precision. the slightest deviation in a lathe alignment and you can never make cylindrical parts, and the lathe will scream its agony everytime you power it on and try cutting anything, here we talk about 3 perpendicular axis, plus one spindle that needs to be as true as possible. you have installed the linear rails on bare butchered metal plates, and i do not mention the multiple angle grinder flap disc passes, if these plates had any trace of parallellism, then it should be gone to oblivion, every single one of them. Holes are drilled on the fly with a hand drill. man you have sinned on every aspect of the building of a mill.
He doesn't wear gloves or shoes, so what. I'll tell you this much, he is making a mill. With this mill he can make a more precise mill if he so chooses . I doubt he is making parts for NASA. He can do better than many with "precision" tools
Though I completely agree on the precision part, you almost have to be amazed with what a man with simple hand tools can make! You have to start somewhere and to even start such a difficult project with only a grinder and a welder is an accomplishment on its own. Yes it probably won't be the most accurate (to put it kindly) but this mill will greatly further the capacities of this man's workshop!
@@lennarthoek8392 I totally agree with you. But a mill is a mill and not a welding table. Search for Alex CNC here, a buddy of mine, he build a VMC...a precise one...😉
![DIY Milling Machine Build [Based on Bridgeport]. Part 3: Milling Head finish + first chips](/img/1.gif)
Been a while Debby ! But you never disappoint ! that will be a really good Mill INDEED !!!! I can't wait to see How you
tackle the motor and mill-end interface.... Very smart giving yourself a large table, now you'll be able to shave down
engine heads that are warped, you may have enough room to bore an engine for bigger pistons ! LOL....
you are going to need alot of set-up tools, like hold-down clamps ,ramp blocks etc,etc.... so in your spare time make a video
on making them as well ! WELL DONE AGAIN !!!!
thank you brother
😗🔥
Good Job
thank you
We've all been waiting. And it was worth the wait! For me, anyway. Till next time! Cheers!
45 mm linear rails, Hello Tarzan, you are definitely KING OF THE JUNGLE.,,, WOW, BEAUTIFUL WORK
thank you brother
@@DebbyNovrinal I hope you get pride and many years of enjoyment EVERY time you turn those cranks and mill something.
Good work you are the best thanks for sharing 👍🙏❤
thank you brother
Hi brother! Everything you do is amazing! This is one of the best DIY milling machine designs! Good luck to you!
thank you brother
Coming along nicely! We shared this video on our homemade tools forum this week :)
Muy buen trabajo t felicito yo quiero hacer una también con tu permiso voy a copiar varias ideas espero el próximo video. 👏👏👏👏
Again very great job brother 👍
thank you brother
Cara esse projeto te ficando melhor que um original muito impressionante👏👏👏👏👏
Very good👍👍👍👍👍👍
Now that would be the most practical idea you have to use those linear rails for the Z axis if it was intended to use it for CNC work....so many commercial mills with dovetail slides on the Z axis always fail to perform well in that area when they try to move them due to the friction from the massive head weight.
However, it is mostly for CNC use, where the head is constantly moving up and down, that linear rails are used.....in manual mills the head is positioned on the column and locked so dovetail or box ways are better in that format.......manual mills are also designed to take heavier cuts per move as opposed to many lighter cuts in CNC mode where the slides are in constant movement, so linear rails are not all that well suited for a manual mill configuration.
The X axis on the table really does need to have the constant slide contact area as you have it to prevent vibration etc.
Thank you for the advice
Olá meu amigo!!!
Simplesmente fantástico, parabéns!!!
Grande abraço!
You are the best
thank you
I am a machinist..................You are an inspiration!!!!!!
thank you brother
Доброго здоровья! Снимаю шляпу, в знак уважения вашему трудолюбию и целеустремлённости! Успехов в творчестве, ВСЕХ БЛАГ!
thank you brother
Looks like industrial machine, awesome
thank you brother
ở Việt Nam , chúng tôi không thể làm được như anh . Chúng tôi phải đi mua lại đồ của các anh thải ra , mọi thứ thật là đắt đỏ . tôi thấy anh rất rỏi
Badass 🔥🙌
Debby i wish you all the best you are a gladiator ♥️
thank you brother
Absolutely amazing work. I am in awe of you!
thank you brother
Debby, I wont ask for more videos, but I would like to know if you completed your milling machine, you worked very hard on it. I know your proud of it and should be.
Va muy bien tu proyecto por favor no dejes de subir videos mas frecuentemente
ok brother
Amazing work,,,👍👍👍
thank you brother
Memang metalworking sejati👍👍
Terimakasih bag jhon arief🙏🙏
Зачетная работа! It's amazing!
thank you
s a retired machinist, I must say that I am impressed with your design and execution
thank you brother
increible trabajo felicitaciones que modelo de rail motion you use???
I'm back for a while this time. I'm looking forward to seeing it run.
Hi Debby. Excellent work, you absolutely inspired me. Can you help me where can I buy those really big sliding blocks and rails as yours are? Your help would be much appreciated.
thank you brother,i bought it online
Looking real nice Brother. You have been busy. 👍
thank you brother
Dude, you're a machine engineer! Congratulations!
thank you brother
Um Trabalho muito bom, show de bola da vontade de fazer uma mais o valor do ferro aqui no Brasil é muito caro
thank you brother
Sugiro que substitua alguns dos materiais por concreto armado. Favorece muito no preço final...
Great job 👏
thank you
Cool, powerful, as if from the factory, even better!
thank you brother
👍👍👍
Very good job
thank you brother
Sir i am watch your all videos such a amazing content and your headwork I am also try to make the kind of stuff in future because now I am only 18 year old
18 years old is very good for art
Mantap semua nya presisi sekali😍 ditunggu part 3 nya mas ga sabar pengen lihat jadinya 😁
terimakasih mas
@@DebbyNovrinal mas abis berapa bahan untuk bikin konstruksi 1 mesin? Tanpa motornya
Это просто чума дружище, круто
thank you brother
Congratulações direto do Brasil
thank you brother
saya senang sekali melihat videonya... sangat mengispirasi, dan saya mencoba untuk membuatnya tapi belum bisa desainnya, apakah saya boleh meminta desain nya ?
Terimakasih mas🙏🙏🙏, saya belum membuat gambar desainnya yg bagus cuman gambar acak acakan next saya akan bikin gambar yg detail
sensacional parabéns!!!
thank you brother
When do we get to see the next step of building your fantastic machine? :)
soon my brother, I'm preparing the ingredients
Something tells me your hiding the spindle, Did ya get a good one? Second hand but quality like the rest...? Cant wait to see
Hello as are you sure the z column is in square with y column.. I think this machine have a geometry not accurate.... Beautiful project but about the precision?
before I uploaded it to RUclips, I was looking for the exact details, don't hesitate, in this video I share knowledge and models that can be made by all viewers
Muito bom
I would love a set of plans beats the knee mill i designed hands down
Come on
In welchem Land sind solche Sicherheitsschuhe üblich?
Sir i have a question where are you from please replay
I am from Indonesia
Muito bom 👍
thank you brother
jozzzz banget bang 👍👍👍👍👍
Terima kasih🙏🙏🙏
ngga sabar pingin liat jadinya... hehehehe....
ok siap bang,lagi membuat spindelnya
Abang! That linear slide is size 45mm?
as hexagonal 30mm
@@DebbyNovrinal yes. Z axis is slide 45mm?
Do you have some plans?
Di tunggu jadinya
Ok
i would like to see the accuracy when completed. haven't seen any surface scrapping/grinding operation, not even milled surfaces, no surface plate, no straigth edge, no comparator. not a single precision measuring tool besides carpenter's square. if the machine is perpendicular it will be a miracle. This gives me so much stress, considering the volume of materials used and the bearings, leadscrew, etc. why bother spending time and money on a project if there is no precision in the end ? Well at least you can cut, weld, drill, and assemble thick steel pieces together, result look nice from a far distance, and i really think this thing will be stable and strong, but machining is all about precision. the slightest deviation in a lathe alignment and you can never make cylindrical parts, and the lathe will scream its agony everytime you power it on and try cutting anything, here we talk about 3 perpendicular axis, plus one spindle that needs to be as true as possible. you have installed the linear rails on bare butchered metal plates, and i do not mention the multiple angle grinder flap disc passes, if these plates had any trace of parallellism, then it should be gone to oblivion, every single one of them. Holes are drilled on the fly with a hand drill. man you have sinned on every aspect of the building of a mill.
No precision...never ever...
He doesn't wear gloves or shoes, so what. I'll tell you this much, he is making a mill. With this mill he can make a more precise mill if he so chooses . I doubt he is making parts for NASA. He can do better than many with "precision" tools
Though I completely agree on the precision part, you almost have to be amazed with what a man with simple hand tools can make! You have to start somewhere and to even start such a difficult project with only a grinder and a welder is an accomplishment on its own. Yes it probably won't be the most accurate (to put it kindly) but this mill will greatly further the capacities of this man's workshop!
@@lennarthoek8392 I totally agree with you. But a mill is a mill and not a welding table.
Search for Alex CNC here, a buddy of mine, he build a VMC...a precise one...😉
@@svenkrause3433 If I can tweak my POS Chinesium Mini Lathe to make accurate cuts I guarantee you this guy will get this thing dialed in.
Next episode?
It looks like you're in prison do I see prison
no my brother is in the garage
over
thank you brother