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Thanks for this video. I'm just new to your website resource, I was wondering how to find domestic or "BSW 55°" imperial thread sizes on your calculator / tables? In Australia, the regular hardware stores only stock basic metric or BSW bolts, you need to go to fastener specialists to find UNC / UNF bolts (these places are often closed on weekends). I am currently trying to identify an unknown thread that is larger than M4 or 5/32" BSW (edit: and smaller than M5 or 3/16" BSW), with a thread pitch near 0.8mm, I am not sure if it is #8 - 32 UNC, M4.5 or #10 - 32 UNF (I have neither). This is what led me to your site today.

That's wonderful,, Thank you.

Pretty cool description thanks.

Thank you for this video.

Great knowledge in simple animation form We extremely happy to learn from your videos

nice

Thank you.

Excellent....very easy and clear...❤

How the boring accuracy can be confirmed

I love seeing it when Engineers know what they are doing it when they design the printt. As a MFG. It's a nightmare when the engineer doesn't know. For example, I worked for a company where I was the machine shop manager. The engineers took GDnT training and started concerting prints from generic dimensioning to using GDnT. Most engineers thought that +/-.005 tolerance in x and y hole location was the same as .005 true position. Plus they almost never gave us MMC! So threaded holes and thru abd cbores holes for bolts became now aroubd .0012 tolerance per axis. I tired explaining and showing rhem using the chart that if they want .005 tolerance on each axis you should be around .014 TP

Thank you for the video.

Thank you. Can you make a video on inconel and hastelloy? I’ve welded it many times and it’s tough 😅

Thank you for your video. I also like the information on your website.

Erez, thanks for sharing 🙏

Elon - asks the So Cal to the engineers for a stainless aloy for his cyber truck SoCal engineers- oh 303 is plenty it will live up to your hype no paint necessary. Not as expensive as or hard to machine as 316 either . Elon -Great ! DPW everywhere north of like DC - laughs and sprays chloride brines all over the roads a quarter of the year.

Are these two threads interchangeable?

very good, thank you

Good videos have less likes and subscribers. Don't know why?

Clear information, thanks ❤

Thanks, not a subject that comes up very often in the shop but good to review. Charles

😠 Promo sm

Nice I am always wait for your content

very interesting even if I am not professional machinist. I wish you many thousand of viewers.

Very nice video, thanks for sharing. I have only had to cut a stub acme once. Charles

Nice simple explanation, thanks for sharing. Charles

Great video! Your calculator is awesome! I’m an apprentice trying to decide if I should make an adaptor or re thread a 4 jaw Chuck for my lathe (Sherline). The Chuck has a M14x1 internal thread, lathe shaft is 3/4”-16 (19.05mm), but the lathe has no threading feature, CAN I USE A TAP TO DO THE THREADING? Will that be precise enough if done in this manner? My simple mind came up with the idea of machining a shaft on the lathe 3 jaw Chuck just to keep concentricity, then attach the 4 jaws one on that shaft, bore the hole, then thread it to 3/4”-16 using the tap. I have no master to teach me and no bigger machine to single point the threads. Any help is super appreciated. Thank you! Edson

Very informative 🏆🏆🏆

Erez, Great episode, thanks for sharing 🏆

Very informative!

Unfortunately the illustrations are not accurate for depicting threads in general and specifically neither metric nor "standard" threads, e.g. the profiles are way off.

pitch/dia combination seems like mistake, you can basically use whatever pitch you want unless it's some nonsense like when the bottom of the thread would hit the center ex. in M3x4, you can turn M105 from 0.2 above 6 just most of the pitches wouldnt be normalized

Thank you for posting

In your speed feeds calculator the endmill with corner radius option is missing .If you add it it will be helpful because if the depth of cut is less than the corner radius of endmill then axial chip thinning factor will also come into play

Very informative as always thanks Eric and Machining doctor

Greate to see that you have already a youtube channel! Your site is so helpful, thanks for share

perfect website

Great resource. Suggestion: allow users to save speed and feed results to an account for quick reference ex. (.5 drill in inconel 718 ="

It really helped me to machine Inconel 625 efficiently . Thank you

Very good and informative video , great job Erez.