Tailstock Bearing Housing
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- Опубліковано 29 вер 2024
- This is the last component for the tailstock modification job I did. It's the bearing housing that will retain the bearing and allow for much smoother operation of the screw then how the factory design was. Please check out the other videos all of the components being machined.
The Good of the Land Festival is coming up this October 26th 2019 in Tyler Texas and will be held at the Texas Early Days Tractor & Engine Association. I plan to be there as well as many other UA-cam creators. Please come out and visit! It's going to a great time! Tickets available at thegoodoftheland.com
Also, the following weekend November 1st and 2nd will be the Soule Steam Festival in Meridian Mississippi at the Mississippi Industrial Heritage Museum. I plan to be there on November 2nd all day and invite my viewer out for this event to visit. It's an awesome place to see! Full line powered machine shop on display as well as steam engines.
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You are a master machinist with clean hands !!! Awesome skills.....From an old guy who ran machines a lot but just automotive type machine work mostly.....You have some great equipment.....I enjoy your videos a lot....thanks....
One of the tricks I learned where Im currently working for countersinking holes is to turn the screw upside down, when the hole is countersunk enough the top of the head will kinda pop into place instead of sliding over the surface. Of course i would then double check by dropping the screw in proper every few holes
I don't think I ever thanked you for your tip on how you use telescoping gauge's. How you insert the gauge and how you exit it by gently applying pressure to rock the gauge out. Thanks much :-)
Same. Best advice
I feel your pain with the parting off of stainless steel. I work with a lot of 316 and duplex stainless steel and always dread parting it off. I’ve burnt up more parting blades, than I care to admit, and then there’s the resultant work hardening to deal with! I find slow speed, gallons of flood cooling and hand feed works best. But every time I feel like it’s a gamble!
Definately pop open the cover on the headstock, usually bearing adjustment just needs a large hook spanner. Did that at work for one of the lathes as it idn't want to part easily at all and gave funky results sometimes. Bearing adjustment made it part without any issues and took roughly 30-45 minutes to do :)
Your work so perfectly.. God how I like your finish done.
You have a new fan! I am really enjoying your videos (tours and jobs). I'm learning a lot of things I will never do, but it gives me a real appreciation for what it takes to be a machinist. "Very cool" to see parts created out of a blank chunk of metal. (By the way, I am an Electrical Engineer.)
Awesome as always...
Greetings from Amman Jordan
That was a beautiful job.I never cease to be amazed at the work you do. thank you for a great video.
headstock tear down and bearing adjustment would be a very entertaining video Adam!
Beautiful job!
Were all still learning thats what makes a good engineer .
Looks like that was a 6 hole pattern with 2 holes not used.
Thanks for sharing
If that were so, the diagonal measurement would be two inches exactly, not the 2.0625 you were shown.
If you put the tool bit slightly below center it will help with the chattering. You can also turn the tool over and run it in reverse.
Awesome job. Always great work and great videos with excellent description. Thank you Adam
Beautiful build
..Great vids , Mr Abom,.. Really enjoying them,.. Keep-up the good work,.. Cheers from SW London, England,.. Dan. :o)
Something I would like to do but it's a long way for me. Thanks for sharing
I saw two things I have never seen before.
A fast adjusting micrometer. I saw the button on the end but what the hell goes on inside :)
Never seen 3 jaw parallels either. Maybe I need to get out more!
Thanks for sharing, what a nice looking result.
Man that stainless looks so pretty, excellent job man.
Beautiful work Adam!
PERFECT .
Almost mirror finish! Unbelievable! I sometimes struggle to get anything marginally acceptable.
I think it's time for a "How To Fix A Lathe" video.
very nice ..
You should talk more often about metals and materials for machining, and some of their properties and uses. Material choice is sometimes tricky. You know a lot about this stuff. Great video btw.
Agreed. I think Adam sometimes talk about it, but a video on the subject on its own or at least more often mentioned what material is used and why - such as "It's important to use 4140 here, because it can take the load" or "stainless 303 is used here because it is easy to machine".
all of that info is already in the machinery's handbook
McMaster Carr has a great description on their website.
"Machinery's Handbook" is a great source for that info too!
I don’t know who the majority of viewers of these machining/fabricating sites are. I’ve always had the feeling though, that a large part are those who have never done any of this, and are just interested for whatever reason. Maybe understanding what materials we use, and why, would be helpful for them to get a good idea of how we decide to choose how products are built for suitability and durability.
But realistically, the rest of us who do this either professionally, or as amateurs, should either know this already, or be interested enough to read about it ourselves. It’s enjoyable watching Adam and others do this, but we should not depend on the random video on a subject for our educational needs. That’s being too passive. We should buy (yes, spend money!) on the needed resources so we can have it in hand, and be able to learn it for ourselves. Professionally, we’ve already had a formal education in this area.
In other words; C’mon guys, look things up before starting a project to find the right material and how to work it! That’s a big part of enjoying the process.
Great series 👍👍
3:03 303 makes great noodles, too.
First Class work, and thanks for taking the time to produce the video. Anyone want to speculate why the 3/8" bore through the leadscrew? Is it to use a rod to punch out a stuck tool (like a center) in the quill?
The only tip i have is "call abom when you want perfection"
I just started trade school as a machinist, so yes I'm sucking in every bit I can.
Looks like the quill had a wobble to it on the chamfer op at 22:35 .. Anyways, i did it, watched abom79 videos from very first to most current, think it only took about a month. (ever since i subbed, i've binged EVERY episode), caught up now
Great video abom79
thanks
Excellent
Why does the drill bit look like it jumps up when first touching the metal
Why is that? That this particular machine doesn’t like to part off? Just yours specifically or the way it is setup or brand or what? Just curious. Thanks for sharing! Great work, love it!
The maths says it should be 901.9 thousandths on the x-axis if I'm not mistaken so 900 is very close.
Amazing handcrafting, keep the videos comming.. I assume that you know, countersinks (sunks?) has a cylinder-bore to? It would make a perfect product just more perfect. :) Good on you mate.
does machinist job gets good salary
Im a Toolmaker who uses manual machines totally in the repair and manufacture of both multi stage press tools and injection mould tools but i have no idea what this is for.
I'm always curious how much machinist charge for such a small job shop work . I'd imagine you go by a hourly rate ? No one ever answer these questions ....
How do you keep the ACME nut from turning in the tail stock?
Who makes that flipout deburing tool you used. I need to get a bunch of those
It's from Noga. It's called the Multi-Burr.
Is it true that a lathe is the only machine that can make itself.
How would a young and hopeful guy look into becoming a machinist?
Or even and old and hopeful guy? 😁
15:12 anyone else like WTF?!?
THAT'S COOL , I LIKE IT. BUT WHAT STARRETT MIC MODEL IS THAT ? DO YOU KNOW?
Great work Adam. We would be lucky if everyone took such pride in the work they did. We appreciate the opportunity to spend a few minutes looking over the shoulder of a master of his craft.
I love what you have been doing! Plus you look and project a happier vibe!! Keep it going!
In my opinion you don't need to cut out the setup stuff (like for the drilling) or even parts of the process (like parts of drilling). I like to watch all of it, even if the video is one hour long then. Like the older videos used to be. Did people complain about the length or something? Bring back the long videos, please?
I am not a creator, but I believe UA-cam has a guide of around 30 minutes that they try to follow. This is the maximum run time for maximum views. When you are watching other videos, check out the length. You will notice a majority of them run between 25 and 30 minutes. There is someone reading this that is a creator and will have a better explanation, but I seem to recall this being explained a few times in the past.
Different genres have different audiences with different attention spans. If the machining video goes for an hour and I don't have the time or patience today, I am going to finish the 2nd half tomorrow. More ba.. err, Abom79 for the buck, so to say. Especially with a week having 7 days, stretching a video over two days doesn't feel like a bad idea to me. Only 5 days to wait instead of 6 :)
I second that !
BTW this explains why some content is released in 3 parts all on the same day
I've also come to realize that the difference is the talking. Adam talks. Mr. Pete talks. Videos where nobody is talking (insert random restoration video), I wouldn't want to watch for an hour. But with explanations and just ramblings or whatever, it's a whole different thing.
agree! like to see the real process! even the problems and solutions! many repair videos skip the the redundant stuff but life can be redundant! nice job!
So ready for the Victor restoration.
That was exactly what I heard!! Adam said "I cant take not being able to part off !" Must RESTORE Victor ;)
@@DawidKellerman It really probably needs the headstock bearings adjusted.
@Chuck Kirchner Keith Rucker is the restoration man...!
@Chuck Kirchner I think I see a Colab coming. Uncle Keith and his long lost nephew ABOM!
@Abom79
you seriously make me want to enroll in the Machinist program at TCC. These pieces are simply wonderful.
I really like to see how you approach each part of the project. Lots of education to be had. Thanks again!
what in sweet hell was that micrometer? quick adjust?!?!
I saw and asked about it in the last video. Hoping he tells us
Starrett 204 !
I never saw anything like that either.
Work of art, Adam. Beautifully done!
You definitely have a good machinists eye, the actual X distance would have been 0.9019”
Yeah I caught that too!
It is so neat to see blank pieces of metal turn into such nice finished parts. Always a pleasure to watch Adam.
Looking good there Adam. Looking better over on "this old tony's" though!...........With friends like him who needs enemies!
Keep up the good work!
A visit with you and Steve Summers makes my weekend my friend. I always enjoy both posts. Nice work bud.
Beautifull machining...from looking it looks so easy..but in reality isn't.......
Just one question you shouldn't used axial bearings instead of radial?
Whoever sawed that piece of 303 must've been drunk.
It was me. And I'm not drunk. Well, not yet, anyway. ;-)
Thanks Adam. As a newbie lathe owner I learn so much from your videos. Your workmanship is amazing and your camera setup is perfect, I can always see exactly what's going on. All your hard work pays off!
We are always happy to see Adam machine some parts in the shop.
Thank you.
Lance & Patrick.
The micrometer you used to measure the length of the part was pretty nifty! What make is it?
That was a Starrett. I wish I had some "quick adjust" mics like that!
Hi Adam! What’s the name of the intro music? Was this from one of the public-domain music sites, or did someone make it just for you?
I always love your videos Adam thank you from South Africa
Windhoek Namibia
Gauteng South Africa
Big thanks from Germany for your efforts to create interesting content. Thumbs up.
This was a great turning for that man. Did a beautiful job on it. If I Ever need something turned and built I know who to call and it is Not The Ghost Busters" - LOL. Stay safe and happy.
People never take the time to properly learn their band saw. This includes knowing how to properly adjust it to cut square.
I was a contractor working in a production facility when they received a new band saw. It was never set up properly for the first 3 months so I spent a half hour adjusting it to cut square. The following week the plant manager sent out a memo that outside contractors were no longer allowed to use the shop equipment.
@@markmossinghoff8185 Wow, that sucks man.
An extra 1/4" of waste material for every cut will add up in a production environment over a year.
@Mark Mossinghoff Sounds like a typical bureaucracy, how dare you fix our shoddy work practices, the extra scrap probably goes towards one of the owners golf green fees, now he can't golf as much on the company dime.
As always I enjoyed watching you make chips. Thanks
Showing the setup is important, it the trickiest part of machining. If you are worried about a 30 minute youtube suggested length try releasing videos in 2 parts.
very cool series. Learned a bunch. Thanks for sharing with us.
If you know two lengths of a right triangle, it's easy to calculate the length of the third leg using the Pythagorean Theorem. In this instance:
1.03125² = .5² + Y²
Y = 0.90193
When marking your remaining stock for identification it is also a recommended procedure to record the heat number. Many higher end jobs require the heat number for MTR's (Material Test Reports) for QC purposes. If you can't prove your materials you can't use them on inspected work or projects.
Hi Adam, another super job, just love watching you do your magic. Thanks for sharing. Stay safe and keep up the good work. 👍🖖
Nice project. Thanks for the video.
Nice job.... Hi from dominican Republic.
Hi Adam. I love that quick adjust mic. you have there!
Adam, where did you get that great DI setup from. you should be telling us all that neat stuff!LOL
I haven't watched your videos cause I'm saving them for winter ! Good deal!
That surface finish is amazing. Practically looks like a CD!
hola Adam no se si es porque hablo Español no me as contestado nunca pero si eso te molesta lo siento no hablo idiomas pero igual mente te saludo todo los Sábados veo a las 9 de la noche tu programa te felicito saludos desde España.
@buba garcia gracias saludos desde España.
Hi Adam you are truly a craftsman, great vids could you tell me the model of your monarch lathe thanks keep up the good work
why is the tail stock using a ball bearing instead of a taper bearing? taper bearings take static axial loads better, no?
nice work Mr.Adam, quite inspiring as well as entertaining.
Beautiful machine work, thanks for the video...
Was wondering why that end music sounded strangely familiar, and then I realized: It's the same chord progression as the chorus from "Africa" by Toto. Even in the same key!
nice video man, it's always cool to watch you work in the shop
So envious you get to do this for work every day!
Beautiful work Adam!
a^2+b^2=c^2 you knew the y dimensions and the bolt circle (hypotenuse). Your X dimension should have been .9019~.902. It's a clearance hole, so close enough. But simple trig is faster than scribing and trial and error. Great video!!!! It's obvious that you are a machinist and know your craft well. That lathe was singing with those feeds and speeds!
Beautiful work Adam. Thanks.
Excellent series....helped me make the decision to start over and upgrade/ custom build a tailstock for my old enco..but with that antique, sculpted look..I just like old stuff🤣🤣...it'll be an interesting experience for me....your vids are a great resource and inspiration.....be safe
Where are the links to the other guys channel of him using this ?
Back in the 70s I first bough a Craftsman lathe and then a 6" chuck (?) for it and then I bought a Clausing 12" lathe. I think that I was fairly good at machining for my age (16 years old)... I wish that I still had machine tools!!!
I love the look of shiny parts, all completed :-)
Good job letting it cool. On the low end, a steel part warming up from 70 to 110 will pick up one thousandth for every two inches of diameter. On the high end, an aluminum 2" part will pick up over 4 thousandths of an inch at 170 degrees (would also burn you in less than a second). Some of the big stuff you do at work with high horsepower lathes would be scrap if you measured them warm. That would make an interesting video; comparing large parts expanding at work and still measurable changes in a small part at home.
Another great video thanks mate keep it up. By the way I finally saw all the videos you made it was all great stuff👍🏻
You make drilling SS look easy. Hand drilling never seems to work for me. The material work hardens and the bit stops biting.
Well I learned something. When doing the countersink... using the stop on the quill and raising the knee until you get the proper depth... and now you’re set for the other 3. Thanks, I probably wouldn’t have lived long enough to figure that out on my own. Inherited a SouthBend 9A and a Taiwanese mill about 2 years ago, so still in the steep part of the learning curve, although I managed to make my first gear a few months ago. That was a highlight!
You do high end precision work, truly a pro! Could you talk about sometime how you sneak up on the dimensions you need using a worn lathe.? Big fan here.
Armchair answer would be to do it "turn between centers". The list of problems with the chucks, headstocks, tailstocks, ways, etc that are eliminated is quite long. It's more irritating, but you're juggling far fewer issues. It's also one of the key reasons a crappy lathe can actually do all the needed bits ... for a better lathe. (And is thus *the* essential tool). This also (happily!) allows pulling the part for test fitting as often as you like - because you won't have added re-chucking errors.
Awesome! Thanks
How’s it going? I have a question and might sound dumb.. but wasn’t that a bushing holding the boring bar for a turret holder on CNC lathes. I’m a CNC machinist and have ran manuals but I’ve never seen that before always users a holder to hold bars. I’m assuming it’s to raise bar for cartridge bolts.. Learn me something here lol