วีดีโอ

More overhang than you can even dream about. Those ways will be shyte....Not how its done.....🤔🙄😳🇬🇧

Typically wouldn’t wanna see glowing red as that usually means your tools life was just cut down to THAT PASS but I’ld say the oil as coolant is the biggest issue I see here. Aside from a seemingly fast feed to speed ratio here

🥳👍🏻👍🏻👍🏻✌🏻🇺🇲

🤔Yes but there is nothing more accurate than this machine of true tolerance done by the true Master Machinist! 🥳👍🏻👍🏻👍🏻🇺🇲

🥳👍🏻👍🏻👍🏻🥳🇺🇲

🥳👍🏻👍🏻👍🏻 This Master Machinist is my favorite he is True History!

That's not a goog setup for a precision surface Outer ends will be thicker than the middle

I do not even know what is being used. More info please. It sure looks stout. Thanks.

That's some kind of Star wars assassin Droid.

Getting it done!

Need a chip breaker

I remember you guys.

Your fill in music sucks!

Nice. I have a 21st edition from 1984 when I graduated from a machinist school. Those charts are still on the same pages! I ended up becoming a cabinet maker, but I still use that handbook all the time. I just made a series of wooden flanges for a client, and needed those chord lengths! Thanks for the reminder!!

We did this to our manual lathes and added turcite. Worked well.

Every household multimixer

Einfache Lehrwerkstatt😅

Can you do an update video? Curious to see how things are going with you guys!

Fire this guy !! Spindle rpm too high Inserts are toast Hammer the little R8 bearings Might kick the part and scrap it

They don't use oil, just coolant. The oil creates more heat.

Kenapa tak pakai coolant

Glad you're still around.

Not a milling The shaping prosser Milling have 41 divider 😅

Very nice. Just curious how much does an incert like that cost

Tôi có 1 cái Makino , của Nhật bản

What manual machines would you recommend othe than knee mill and engine lathe? I picked me up 2 bridgeports from my day time job. I run cncs at work and honestly I'm exited to work on manuals again.

Good working

Almost s**t my pants when the music kicked in at 14:05 (a warning to other viewers.) Much rather hear tha machine, regardless. Thanks for sharing.

How your shop going bro

Key seater making that money.

Sir working job to me

Hello

Ah pero viene Juan salao y le da una vuelta entera y se parte el bendito macho. 😡🥴🤣😂

Great background story on that book! I have some of my Dad's tools from the 40's - priceless

Bella. Maquina

I shot sir conform me app ne fist gear me liver kaise opreat Kiya Lever ka app ne point nahi diya Conform sir

Ок

Awesome. What are your settings?

I dont mind the voice over when other machines are running and doing setups because youd have to scream, but ditch the music, id rather listen to machines run then the annoying music. Sounds are a part of a machine shop. Some other youtubers tried that a number of years back and it didnt go over to well. Everyone wanted to listen to the sounds of the machine shop.

If your lathe is as clapped out as mine, this will be a huge improvement.

First time I have seen a Fosdick in almost 50 years had forgotten the name

Done the same to old lathe last year as a test and experience... Then grinded it... got it down. But lost interest and junked it.. it was junk anyhow.. .. might do a minitor d360 , if I can muster the motivation..

He's alive

The Mrs got something similar for Christmas.

I guess if you're just wanting to use an old machine... But about 3 minutes on a vertical bandsaw and you're done.

Yo tengo uno parecido en tamaño y es un placer verlo trabajando para mí no está descontinuado, porque puedo hacer trabajos que no hace el torno y la fresadora...

I would of had 3 clamps on that but I guess 2 worked for you

Ta cegando toda a ferramenta

I'm also running a 1-man shop and you got me thinking... what is the fastest sequence when you have 2 operations with different duration? Cut, then weld, one at a time, without cutting in the background, is obviously the slowest (100%). The next best is all cuts, then all welds, because there's no switching between tasks or distractions (90%). But it's much better to cut, then weld while you're waiting for the cut to complete(62%). Better yet is to cut one, then while the 2nd is cutting, weld 1 (52%). It's not obvious why that's faster, but the computer says it is faster. I could have made a mistake, so don't bet your shop on it. Maybe the cut-2-weld-1 strategy works because you'll have less down time between cuts until the cutting is finished. Then, when cuts are done, you'll have less fooling around with PPE, etc, so the welds will go faster. Plus it's less walking around. If you use the time between the first 2 cuts to unwrap stock, measure and mark the scrap cut, and screw nuts onto the all-thread, you'll save even more time. ALSO, I think you could be a little more aggressive on the machining. Lower speed, higher feed, based on the sound of it. But take my internet opinion with a grain of salt.

You can never have enough.