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How precise is this methode in comparison to acetylene/oxygene cutting torch

Three holes at once? Naughty boy

What amp are u set on?

Was just thinking would a weight on the bar dampen the vibration then he put on the stilson, nice 1👍

Is that a custom turbo setup or from another vehicle?

Cutting torch works great and you don’t get the sharp edges. However I understand unless your a diy metal worker or know someone with access to a torch that this would be one of the next best ideas to keep from having sharp edges

changen dem harmonics baybe

👍👍

Ill try this on the mill 🫠

Got a link by a chance? I need one of these for 1” O.D. Tubing.

Was it a pain to tune since it’s carbureted?

Awful music oh my goodness

Gonna have to give it a try

It's acting as a tuned mass damper/harmonic absorber. It's taking up the vibration in the boring bar. Same principle is used in car chassis/exhausts/pullies, power transmission lines, buildings, etc. Very neat, works well. 👌🏻

😜 "Promo SM"

Use thicker & heavy boring bar.

Why fold the tabs down instead of cutting a continuous circle?

Why all the extra work. They make a can opener for them

Anyone wanna play, Name That Tune?

Top speed Cargo capacity

Funny, mini ripsaw!?

I like the crochet hook for pulling chips. Smart.

Very neatly done! I hadn't thought about thermally conductive aluminum as a straight edge, but that makes a lot of sense. ^_^ You always teach me something, in these videos. Thank you. Happy New Year!

👍👍

Hum, adding a lever arm to offset the axial harmonic. Not just a machinist, perhaps Jedi?

That was very cool. Good Video........

Nice work.

I found your channel a on a short. So I checked you out. I just subscribed. Good work. I have a channel also, I mainly do engine machining. Take care, Ed.

Nice work. Have a good day.

This is the stupide………. Wait, what do you mean it works…. Never mind

Cute cuts. I peel 0.600” off the diameter per rough pass. Old SIRCO PA-24x80 Manual lathe. Ohh, have to watch this with the volume off, ffs crap music.

This was a great video! Fascinating from start to finish (to the point where having to pause to take a phone call in the middle actively annoyed me), and I feel like I just got a condensed course in practical milling. Personally, I found the commentary highly informative. It pointed out details that I had not noticed (golden color of offcuts), introduced concepts that make a lot of sense (send heat away with the offcuts, not into the piece itself, sort of like sweating for metal; chatter on a curved surface is an end mill seating itself, so cut the channel slowly), clarified terminology that gets tossed around on the assumption that everyone understands it (pecking; collette vs. chuck; 300 stainless vs. carbon), and supplied some of the chemistry behind "x material does y" and "doing z has some risks." Additionally, I appreciated your explanations of things going on out of the range of the camera, such as standing on the brake pedal or reaching for a particular lever or block that does something specific to your machining set-up. This video alone makes appreciating the others fully exponentially easier. Thank you for taking the time and making the effort to create this. It's going into my permanently saved videos.

That's looking beautiful. Love the evenness of the ...poofs? Not sure what to call them.

That's pretty cool. Would never have thought of needing so many to be cut in such a uniform manner at once, so now I'm curious: is there a pottery school or large batch art studio in your area that needed this?

Cool Bruh!!!!!!

Thank you for explaining what was going on and why, both before and during the process. I understand what I saw so much better, because of that. Your discussion of backing off the thread taps was particularly illuminating. I'd never have suspected the tightening offcut coil to be capable of such an opposing force, but it makes a great deal of sense upon consideration. Breaking that would become essential for any number of materials. Thank you for explaining it. Possibly a silly question, but the curiosity built through the video: what happens to the paste? Does it burn up? Does it have a reaction with the metal and become dust? Does it just stay in the bore and coat the threads? It never seemed to come out.

We need that done to ours!!!

That is awesome definitely beats any torch I’ve used or see

good stuff! ill be subscribing

Definitely enjoying both the time-lapse and the close-up portions. The cutting and editing is definitely good. It would be nice to see some of the machines and parts you weld in use after your work, if possible. It's easy to see the necessity of the work you're doing, but a little difficult to visualize how the items you build and repair work in the larger context. (But, then, I don't get to see these sorts of machines, usually. Maybe your other viewers see them all the time and the clips I propose aren't that necessary.)

That made a lot of sense. I came into the video knowing nothing about such a procedure, and, thanks to you, came out of it with a good understanding of what/why/how. Very cool. When the nuts that use the tube for attachment stripped it out like that, were they likely to have been damaged, too?

So THAT'S how those work! Thank you, you've just demystified some items I inherited from a jumbled tool chest. Those will now be tremendously useful.

That was a great video! Thanks for including the explanations about your thought process and actions. Especially liked the "test"-- was wondering if I'd missed something, until you clarified. ^_^ Looks like a solid repair. Did it go through its paces well?

It takes MOXIE to weld in those sorts of confines. But kudos to you, from those vantages it looked like the welds ended up twice as strong or stronger than the original material ever was!

Awesomeeeee

Didn't even know these couplers existed, great find

Need more of this, keep up the good work

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nice work

best video!!!!! keep it up