Exceptional camera work, and especially the overlay of drawings. As a designer of manufacturing machines, your videos help bridge the gap between design and machining. First class work, Chris.
Hi Chris, great work, as always. As a machinist doing this kind of work every day i know how difficult it is to cut an inner diameter of 105h6 nearly two times diameter. Maybe you can include some measuring methods, run out checks etc. in your videos? I mean i would get really concerned finishing that 105h6 from the first side and cutting that large OD groove on the second side, especially in 4140 and even more if its quenched and tempered. Did you check the roundness of the inner diameter after turning the second side of the part? And how do you dial in your part on the second setup? Do you use your 4 jaw chuck to dial in that 0,05 mil of runout? Greetings from germany, Nico
My biggest concern was getting a good finish in the back of the bore. All the chips getting jammed by the boring. Yeah, maybe in the next videos, I'll include more indicating and measuring.
OK boss, so some prankster again smeared your perfectly reasonable drawing with his imperialist numbers... but how do YOU program the machine? In inches or in mililetres?
You do beautiful work. I always enjoy it when one of your videos pop up.
What it's for I have no idea, but it looks like a good part for getting a new person settled in on a new machine.
Let's just say. The current operator of this lathe doesn't like small parts.
Exceptional camera work, and especially the overlay of drawings. As a designer of manufacturing machines, your videos help bridge the gap between design and machining. First class work, Chris.
Beautiful job once again mate
Thanks, Matty. Take care of yourself.
Nice work
Nice work 👏👌👍
Came out good 👍 thanks for sharing 👍
I like the word flange. It is a good word.
"You can't beat wood" - ua-cam.com/video/T70-HTlKRXo/v-deo.html
;-)
That's a tiny part for you Chris!
Chris doesn't like tiny parts. Sometimes, you just have to do it.
Nice one
This is awesome! Did it take you 4 minutes?
It took me more than that just to convert it to inches 😅😉
Hi Chris,
great work, as always. As a machinist doing this kind of work every day i know how difficult it is to cut an inner diameter of 105h6 nearly two times diameter. Maybe you can include some measuring methods, run out checks etc. in your videos? I mean i would get really concerned finishing that 105h6 from the first side and cutting that large OD groove on the second side, especially in 4140 and even more if its quenched and tempered. Did you check the roundness of the inner diameter after turning the second side of the part? And how do you dial in your part on the second setup? Do you use your 4 jaw chuck to dial in that 0,05 mil of runout?
Greetings from germany, Nico
My biggest concern was getting a good finish in the back of the bore. All the chips getting jammed by the boring. Yeah, maybe in the next videos, I'll include more indicating and measuring.
Hey for that dnmg 432 boring bar do you run a m04? Most times we use a boring bar that cuts in the opposite direction…
Does your CNC not working in metric? Or was the conversion on the drawing just for your reference?
It does, but all of the machines are set up for inches, and all the measuring tools we use are inches.
@@ChrisMaj Oh... I thought is as simple as G20/G21 to switch between the two but I guess you're so used to imperial is easier that way
How did you measure that 110h6 at the end? Such a tiny lip
I just used my digital caliper.
OK boss, so some prankster again smeared your perfectly reasonable drawing with his imperialist numbers... but how do YOU program the machine? In inches or in mililetres?
Boss: That's why I'm paying you the big bucks. You figure it out , oooo, and I need that part ASAP 😅😉
@@ChrisMaj Yeah, bosses are all like that, and work would be much easier (and nicer) without them, wouldn't it? ;-)