Thanks for sharing! Informative and well structured as always!

There were a couple of bits in the Ivan Law book that were confusing. Your video answered my questions and filled In the blanks for me! Thanks very much!

Absolutely brilliant. Thank you for your time and effort.

Fantastic. Thank you for sharing.

Absolutely beautiful❤. Thx. 😮

Thank you for your video, it is very informative and helpful

The best and most informative tutorial about parallel depth bevel gears on the whole internet. Thanks a lot. I have a question about the depth of cut. How do you come to 5.5mm? Should the depth of teeth be equal to a spur gear with the same module? (which is 2.25 * m)

thank you a lot ...from Greece!

Thank you! Well explained and good informative video. Hope you will explain about hypoid bevel gears also in future videos.

Thank you for the great explanation for cutting bevel gears 👍. I needvto cut a new bevel gear for my schaublin milling machine. The only difference is that it's not a parallel depth tooth but the depth of the tooth is deeper at the big outer radius . I like to ask where i can find the information on how to calculate the information for the 2nd and 3rd cut , specially the offset and the number of holes for the 2nd and 3rd cut. Thanks for any help and sharing these great videos 😀👍

Gute Arbeit! 👍Danke!

Thanks for the video, very well explained

J'ai tenté de faire de simples engrenages, à pas fixes, ça, c'est une autre paire manche ! Bonne université. Bravo à tous et toutes les participants.

nice video it explain a lot 👍👍

Thank you for video

Good video, the math is a bit overwhelming when first seen

What is the disadvantage of parallel depth bevel gears? Why don't all bevel gears have parallel depth teeth?

Thanks for this amazing Video Can you Please Send me the books you Mentioned in the Video Please.

nice video, and i very want to see how kind of those bevel gear contact area, could you use the color powder to show the contact area ? thanks

Hello, at minute 17.41 the formula emerges which allows you to mill the tooth in the right way, by rotating the divider (in one direction or the other) and lowering or raising the table .... Is the formula correct? s=((m*z)/2)*sin(90/z) B=360°/(z*4) ?

At last a well explaining video .... super!!! I still have one question. The depth of cute is 5,5mm. How do you come to this number? Is it (2 x m) + a little space ... 0,5mm??? Greetings from Flanders - Belgium

perfekt

Are theses special bevel gear involute cutters? Or normal spur gear involute cutters?

Aluminium seems an unusual material for gears? Did you use this material for demonstration purposes?

Good evening, when we talk about the second gear, the formula applied to calculate daa is = da1+2*b*tan§ ......but b=12 where does it come from? How is it calculated? Thank you.

Good evening. I have seen the video and I have some questions. The second gear is Modulo 2.5. Is the cutter used always 2.5? Being a bevel gear, the module varies. Is the module measured at the front of the tooth or the back of the tooth? After the first pass, two more are made, one raising the board and one lowering the board by 1.96mm, and turning first to the right and then to the left by 3°. Where do 1.96mm and 3° come from, what formula does it use? Thanks in advance for the replies.

Nc

why daa on 2 gear is 2xb(2x5) not 2x12 if 12 is b

Doesnt look centered correctly

Very nice video & very poor audiable

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