My DIY Milling Machine Part 2
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- Опубликовано: 24 июл 2024
- This is part 2 of my buildseries where i am going to show you how i made myself a Milling Machine. This part is focused on the spindle.
The video of Bill T:
• Video
Music by:
Vans in Japan and Dan Lebowitz
Titles:
Buckeye Bonzai
Come On Out 
Наука
Great work. Looking forward to the next episode!
Thank you!
Part 3 will be uploaded soon
Very good work. Looking forward for part 3.
Already working on it
I hope i get it done until next week
Great solutions and workarounds! Subbed!
Thank you!
What I did with the mounting tube to make what I think is a more precision joint both for strength and a truer 90 degree intersection between bearing housing and mounting tube, was to bore a interference hole say .08 mm press fit and about 8mm deep in the side of bearing housing(did this in 4 jaw chuck) then pressed the mounting tube into the bearing housing, I stitched welded the joint to stop distortion while I had every thing heavily clamped. After welding I let it cool overnight whilst still clamped. It turned out great, in fact I spigot and socket most parts I make so as not to rely solely on weld or bolts, it is a better engineering solution
That sure is the better solution.
I might consider it in future builds.
But since i machined everything to final dimension after welding the 90° angle between the spindle axis and the axis of the arm is true.
Thank you for your suggestion and the comment!
Awesome build. Please upload part III!
Thank you!
I am already working on it
With a bit of luck it is finished until next week
you rock dude! Great Project
Thanks a lot man!
Man that looks great hope you get lots of good work done with it
Thanks a lot :)
I hope so too and i am planning to use it on some projects in the future. So stay tuned if you are interested in it's performance.
@@wastelandworkshop3839 Im really
Great work!
Thanks a lot man
Looks really good
Thanks a lot!
Facinated by your build looking forward to the next part ! Thank you
Glad you like it
I will upload part 3 soon
Ingenious! 👍👍👍
Thank you sir!
Keep up the good work.
I sure will!
The use of 3d printed parts is extremely clever!
It's just convenient. It would take ages to make jigs out of metal.
With a printer you are able to sketch them up in 3d and do other stuff while printing.
Most of the 3d printed parts i did were just born due to my lack of time :D.
Thanks for the comment!
@@wastelandworkshop3839 ...it makes a lot of sense...I print the angles to be used on the compound on the lathe.
Great!
Would love to see that.
In one of the next mill videos you will be able to see that i also 3d printed the scale ring for the z axis and some other parts.
@@wastelandworkshop3839 :D Nice!
You rock my Brother!
Thank you man!
hay love your work keep it up 👆 what lathe make and model did you use please????? just a little advice sir people love the tools as much as the product that's why we watch well i bet 90% do anyway you sure know what you doing with the tools mate thank you for sharing your work awesome dude..
Yeah i am a tool enthusiast myself.
The lathe is just a small import one.
It's a Ferm MD 500 with a max. capacity of 500mm when turning between centers and a center hight of 110mm.
It was build in 1998 (which makes it older than i am) and also will run for some years to come.
Although the bed is a bit worn down it still works great for me.
Thanks for the comment!
Superb build 👌 When are you going to release part 3?
Thank you!
I am not finished with cutting yet
But i guess in the next two weeks.
Great that people are looking forward to it. :D
nice work
Thank you man!
Отличная работа!!! особенно с подшипниками! но нужно было сделать систему смазки ведь со временем смазка высохнет в шпиндельной бабке
Thanks you
Well as far as i understand sealed bearings are made to run a certain amount of time without maintenance.
After this time period they should be replaced entirely.
If you were running unsealed bearings behind rubber seals you could just put a couple of grease nipples in.
🏅🇧🇷 congratulations
Thank you! :)
With Fusion360 you can use the sheetmetal facility to create printable 3D patterns.
Awsome!
I didn't knew that.
Got to look into this one a bit.
Is there a bearing description?
I can send you a link to the website i ordered the bearings from if that helps you. Just let me know if you want that.
11:44
What bearings you used ?
Each bearing has a number.
Also Do you have shaft measurements ?
I see drawing but no measurements
I can give you the meassurements as soon as i got a little more time.
But for the drawing you see in the video i left them away for the sake of simplicity.
Also most people probably don't have the same stock material i used just laying around.
Therefore meassurements will change depending on the stock used.
Most of the material i used for the mill were cutoffs from metal industry companies.
Buying the stock new of off my meassurements is likely very expensive.
The drawing should just show the mechanical detail of how the spindle is constructed.
good job
Thanks a lot
I think if you had kept the part in the oven for longer you would have got better expansion to make assembly easier.
Mark from Melbourne Australia
Subscriber #331, 3/3/22
You are absolutely right.
It's hard to tell how long you should heat parts without any reference.
But thank you for the hint.
🌻💗🙏💋❤😍💐