Bearing Block | Closure | Outboard bearing for coil holder | CNC Machining 

Hey mate glad the calipers made it to you and have come in handy 🍌😂 thanks for having fun with it and keep up the great videos & work 😎👍

Hi Chris for this great lathe machining video. I love the Kurtis CEE "banana" caliper, I'm a fan of this channel like yours, have a good weekend Chris and look forward to discovering your next videos.

I see you upgraded to the Kurtis 🍌 measuring system. 👍

Gday Chris, nothing like have the right tools to get the job done😉, beautiful work as always mate, cheers

Great job Chris, I see the banana standard is getting around now.👍

When the drawings you get are that hard to read, a banana caliper seems like exactly the right measuring instrument.

Curtis would be proud that use are using only the best tools. Fine work. Thanks.

Very accurate and excellent, dear colleague 👏👏👍👍

I do love watching you and CCE

Lol, so you got one of CEE's Banana Scales. Now that's funny 😅 Thanks for sharing 👍

Great bit of turning, and measuring thanks for sharing 👍

Wenn ich deine und CEE Videos am Wochenende anschaue, ist das wie Yoga für mich 😉👍

Nice to see finished parts fitting together. Bit scary with that screw cutting tool, not a lot of clearance once it finishes a pass.

Beautiful Chris such a great finish on mild steel, it always left tiny lumps when I did it using the old HSS cutters😊

Outstanding video, and a nice set of calipers sir.

5:36... No you didn't... 5:48 Are you serious? It has a certified calibration? I don't remember them mentioning that. I'm need to get my order in. Love those guys.

Curtis only uses the best. Glad to see everybody adopting this exceptional measurement standards.😂😂

Nice machining 👍🏼👍🏼! I would never be able to keep those round. Every time I grip slightly thinner pieces they tend to get out of round. Sometimes it feels like turning pieces around make them "oval"...

5:50 hahahahaha thats fun :D

J étais pas rassuré pour Chris au moment où fallait prendre la côte avec le micromètre géant et au vissage de la deuxième bague. Beau boulot 👍👍👍👍

Красотаааа !! Beauty !!

I too own a very near set of calipers ,

Beautiful setups

thanks for ueing the banana standards

3:01 - Cutter leaved a wonderful finish 3:44 - Shame you can't use the Pi Tape on IDs. 5:40 - That had to come from Curtis! 5:49 - Yep. (and just the next comment) 7:58 - Several of the tolerances are just begging to be mis-read. 12:35 - No squeak; dampened mic frame? 12:57 - Bet that ID finish is going to get a clean-up. 15:47 - Did you let the temps normalize first?

Tricky part? Looks to me like you've had plenty of time to master your 3 wire magic skills. Never really liked using 3 wires. Just something you had to learn and use.

How do you set the tool offsets? Can you show for one of the tools in a future video?

Hello Chris, why don't you cut the threads with solid profile plates ?

Small button magnets to hold the measuring threading wires temporary!?

Mr. Chris, can you recommend some speeds and feeds for turning and drilling tantalum?

✋🏼🇦🇺👍🏼

My lathe shop is the same

A36 is so nice to cut

Cnc??? Con tornillos exagonales en la torreta??

13/16? 15/16? Wait, who the hell sends drawings by fax? 😒 Also, @5:41 Is that Starrett? Mitutoyo, maybe? 🤣

Those drafters really need to use a computer because their hand writing is atrocious.

First👍

1.478🍌 = 24.636🍐 … 🙄

2:13 - 15/16". 3/4 = 12/16", and since the distance "on the left" between witness lines is noticeably greater than the one on the right, then it must be 15/16'... probably ;-) Or, alternatively, just tell those idiots to switch to proper measuring systems for machining, foots and inches are good for making barns or wooden cart wheels ;-) Or, at the very least, tell them to use decimal inches.For a God's sake, 13/16" on a technical drawing? Where did those hillbillies come from?

Faultless.

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