cutting helical gears

[@henrypostulart]

4 minutes in and I’m already blown away by your intense, excellent production values. I was a professional video editor back in my youth. I know of which I speak. Well done! It’s not necessary for every machinist to aspire to this level of quality, but it’s a joy to watch. Thanks for sharing.

[@prof-rieg]

Thank you very much - very kind of you!

[@maazmughal7733]

T t. Tt t

[@joycethomas8868]

As a retired machinist with 46 years experience, I must say.....nice work. Thanks for the video ( I watched the whole video) from Akron, Ohio, USA

[@prof-rieg]

Thank you very much -- and greetings to the United States!

[@robbiegarscadden2311]

That took me back.... the number of helical gears and shafts I made during my trade. Loved seeing it again. A dying trade with NC and CNC. Great to see thank you for showing this

[@prof-rieg]

Thank you very much-- you are welcome.

[@usaerospace6707]

Not a dying trade if your are doing repair work or one to three pieces at a time.

[@tonyray4203]

Thanks for taking the time to post an English version

[@prof-rieg]

It was a pleasure!

[@sky173]

This is excellent. I should try to make one for my little Atlas milling machine. Looks like a fun project!

[@fredtoledo2607]

Very impressive and detailed video. Very easy to understand. Please make Video Showing Step by Step procedure on how to Cut Spiral or Helical Bevel Gear on Milling Machine. Please include also your computation.

[@prof-rieg]

Thank you very much. Yes, in the future I'll try to improve the video and add the computations.

[@ItOttoMatic]

It just amazes me that this guy took his time to meticulously put together this video yet you have 96 haters. Guy thank you so much for putting this together, I learned more than a few things today. THANK YOU

[@prof-rieg]

Very kind of you! Thank you very much!

[@thewarlordscalling6537]

"Thanks for watching"...we should be the ones thanking you.takes so much time to complete the set up,& then the job.& then the video itself.quite inspiring.

[@prof-rieg]

Thank you very much--very kind of you!

[@joshschneider9766]

And then editing it twice for two language! Guys a machine shop saint!

[@martinmendoza920]

Fantastic work Buddy, you have inspired me to try som new modifications, thank you 👍👍👌👌

[@usaerospace6707]

Gears make the world go around. Nice shop!!

[@prof-rieg]

@@usaerospace6707 This is very true! Thank you!

[@eric-8998]

Entirely fascinating. The "skiving" marks on the involute teeth are interesting and I'd be curious to hear your thoughts on why they would not contribute to noise or dangerous wear in a working gear set, and what the dynamic is that contributes to them. Your cutter seems to have no detectable run-out and your change gears seem to roll smooth. I'd also be interested to hear your estimation of what AGMA rating a gear like this might have. I converted a Bridgeport turret mill to four-axis servo control in 2001 and subsequently built a servo-driven shaper machine in 2002 - both for cutting straight splines. They were in profitable service for years. I have always wanted to try to cut helical gears with the milling machine, but lacking an encoder on the mill spindle, knew I couldn't use a hob instead of a single form cutter. Our current project is the conversion of a 1950's Gould-Eberhardt vertical gear hobbing machine to servo control, using a Galil controller and two Yaskawa servos - one for down feed (not timing-critical) and the other to the rotary table worm (timing-critical, to an encoder on the hob shaft). Very excited to see it run. Whatever the case, your techniques here are outstanding and the video is beautifully shot / edited.

[@prof-rieg]

Thank you very much, Eric. The feed marks are due to the cutting process and professional made gears have them, too. These marks have no influence on noise or vibrations as literature states.

[@hiteck007]

What an Exceptional job you've done there. Always dreamed of making a machine like this, Now I've seen you do it, I think I'll be seeing you for a set of gears if I need a set.

[@prof-rieg]

Thank you- this is very kind of you!

[@longBowHunterII]

I am trying under stand the diving head setup , amazing work sir

[@johnsims5330]

Appears as if it's servo driven.

[@swaron]

Ví el video completo sin siquiera saltarme un solo segundo. Me quito el sombrero ante usted.

[@bingosunnoon9341]

A tooling ball is one way to find intersections of center lines with high accuracy. That's what I use. Good video, without a doubt.

[@prof-rieg]

Thank you very much for your response!

[@hectoraracena7076]

From an ordinary human (me) who was not blessed like you with infinite patience, incredible precision, and the true mindset of a maker that makes all this possible ... my respects, my admiration, your work is truly incredible, I saw the video Complete 2 times and ...I envy your skill. wonderful work Sr.

[@prof-rieg]

Thank you very much - you are welcome!

[@V8freaks]

Die ganze Mühe die Ihr euch gemacht habt, nur um uns allen das verständlich darzustellen... Vielen Dank, das Video ist sehr nachvollziehbar! Grüße von der HS Osna

[@prof-rieg]

Vielen Dank - Grüße an die HS Osnabrück!

[@greglaroche1753]

Great video. Thanks! I’m subscribed and looking forward to watching more of your videos. One comment though, leave more time for viewers to read the written text, before continuing.

[@prof-rieg]

Thank you very much. I will give more time for viewers in the future!

[@bandar4U]

I just bought a universal milling machine and I'm still trying to teach myself how to use it. Your MUSICCC is very INTIMIDATING and I started to doubt myself :(

[@steveman1982]

I want to try something similiar with module 1 gear cutters on my vertical mill. But using steppermotors instead. Ideally I'd keep the 90 degree tramming of the head as well, but that will complicate things a lot.

[@prof-rieg]

I wish you good luck!

[@VitaliyKhomich]

So much skills & knowledge, blows my mind. Awesome video editing. I used to edit a lot. What's the music 🎶?

[@prof-rieg]

Thank you very much. I'm not dure about the music, I guess it is from audionautix.com .

[@arva1kes]

I can see that gears come out very nice but seem to still have steps. Is there a way to improve it or how bad it is on higher load applications like car differential etc. Wouldn't it make howling noises at higher rpm?

[@prof-rieg]

To my opinion you'll have no problems even with higher load applications. These gears should work.

[@BITTYBOY121]

Amazing ! - Very interesting video - You are a true genius ! 👍👍👍

[@prof-rieg]

Thousand thanks! You are welcome.

[@BITTYBOY121]

@@prof-rieg God bless you :)

[@prof-rieg]

@@BITTYBOY121 And God bless you. Best regards.

[@MrTroybilt]

Great job figuring this one out. I had planned to do this in my own shop eventually. The only advice I could give, is leave the cutter running when you back up. It would have left much cleaner tooth faces. Also, climb milling in steel is very risky. It looked like you had enough room, to conventional mill on both gears. Much safer way to do it. Again... Good job!

[@chauvinemmons]

How would you account for the backlash. I have used climb milling successfully many times to produce very long slender parts and very long thin parts where there was nowhere or way to clamp them only the force of the cutter holding them down. Like an airfoil shape out of high temp material 10mm thick 30wide 300+ long. First in a rectangular pocket that only exposed half of the thickness using a form cutter in a horizontal machine running the cutter over the part then filling the pocket partially with devcon forcing the part down into the devcon as perfectly as possible assuring flatness and alignment to the airfoil shape then repeating the process. The end of the pocket was the only stop and the pressure of the cutter holding the part in the pocket. You would think it would catch at the other end but it never did some say God protects drunks and stupid people I say that because I'm very aware that it should have could have if it would have grabbed the part and sent stuff flying like I say it never did and I never touched it I just stood there and held my breath, I must have made 20 ft of this material by this process.

[@taylormoyer1150]

although this is great machining, the drive system for the dividing head can just use a stepper motor and a controller to change any size gear you need

[@prof-rieg]

Thank you! Of course, a stepper motor can do the job, too.

[@TomMakeHere]

That is awesome! Great setup

[@prof-rieg]

Thank you very much!

[@miguelangelvalderrama1808]

Very good video man. The sound track seems to be like🤔🤔 when you are hearing the opening of knight rider 😁😁😁. Sounds from the 80's

[@prof-rieg]

Thank you very much!

[@Dane33781]

This is very inspiring. Thanks for sharing.

[@pietrocornacchia7777]

You've done an incredible project.... Very very good.... Bravo

[@prof-rieg]

Thank you very much- nice to hear this!

[@MostlyIC]

awesome! looking at the geometry it appears that a longer helical gear could be cut with this setup, and then sliced into multiple copies afterwards, kind of like buying pinion wire, thoughts ? also you didn't show retracting the cutter while backing it up to return for the next tooth, but I suspect there's enough backlash in the drive to warrant doing so, thoughts ?

[@clist9406]

Very interesting , always wondered how helical gears were cut.

[@prof-rieg]

You are welcome!

[@stephanbrunker]

In a mass production environment, cutting one tooth after another is way too slow. The process is called gear hobbing: kzbin.info/www/bejne/ZqPRhZtsmJZsfq8 but you can image that alone the cutter costs a fortune ... but the method shown here can be done with simple machines.

[@longBowHunterII]

@@stephanbrunker this great for custom gear 1 or 2. In a past life I worked in a gear shop for 28 years

[@joshschneider9766]

A dedicated hobbing machine is like a screw maker. It's meant to spit out thousands a day. This is for the guy making custom transmission gears and the like.

[@nocopyme84634744]

I must be missing the reason why the rotary chuck dividing plate is turning back wards ,would it not have to stay at the same position so that the next count for the amount of turns can be done for the next rotation for the next gear tooth. As very interested due to I have my rotary table chuck set up with a Arduino and stepper motor which allows me to get the right amount of turns every time , i also am using the free program called Gearotic which allows one to get the math done for you just by adding the numbers very handy for a dumby like me.

[@prof-rieg]

Thank you for your Feedback. Indeed, the dividing plate has to turn backwards - like a screw. As a matter of fact a helical tooth IS a screw.

[@pirminkogleck4056]

Excellent executed ! may i ask how much was the Golmatic ?

[@prof-rieg]

Thank you! The Golmatic was about 10,000 €.

[@pirminkogleck4056]

@@prof-rieg seems to be a very good machine ! have u ever heard that there is a manufacturer in lithuania wich actualy makes the castings fro mr. prechtl ( golmatic seller ) have u perhaps ever seen one for these lithuanian machines aswell ? i am interested if those from lithuania have the same good finish on them

[@prof-rieg]

@@pirminkogleck4056 I've heard so, too, but I have no connection to those guys in Eastern Europe nor have I ever seen such a Golmatic clone.

[@pirminkogleck4056]

@@prof-rieg May i ask you,how is it with the rigidity of the Machine ,where are its Limits in Steel aß example with a 10mm endmill ?

[@prof-rieg]

@@pirminkogleck4056 The nrgidity is very good, a 10 mendmill is just a breeeze. I've milled mild steel on the Golmatic with a 60 mm cutter head.

[@williampugh6699]

Very interesting, thanks for posting your Vedic.

[@souhailsaihi1492]

Wonderful great job congratulations

[@gamleole9568]

Very impressive skillset indeed. Are you going to make a new fifth gear ratio? I can imagine there is a huge demand in the car mod industry for your technique. Very impressive indeed.

[@prof-rieg]

Thank you very much- you are welcome!

[@joshschneider9766]

There's a ton of one off machine setups like this for gears in the car world. This is the cleanest most efficient one I've seen by far though

[@campbellmorrison8540]

Now that is one gorgeous workshop.

[@prof-rieg]

Nice to hear- thank you!

[@benhoffmann6870]

Well done! Have you thought about using a 4 axis mill to shape helical gears by scraping/shaping? Yes, it would be slow compared to a dedicated machine tool like a fellows, but very handy for one-off prototypes.

[@prof-rieg]

Thank you for your Feedback! In my university institute we have a 4 axis mill, and yes, it would be possible to make helical gears on it.

[@jawdatfares2831]

Thanks again that was awesome to see i love you and I,love your videos and your Chanel,,you ar riley master

[@prof-rieg]

This is very kind of you - thank you very much for your comment!

[@chrissollazzo6835]

This is a fascinating setup! How stable is the platform cutting hard alloys? I hope you don't mind my gleaning some ideas from you. 👍👍👍

[@prof-rieg]

Thank you very much!

[@mrayco]

Hopefully and finally I found what I was looking for,,, pretty awesome thanks for teaching us I will always be tuned for all new lessons. Thanks for sharing.

[@prof-rieg]

Thank you- you are welcome!

[@shimultanhi3254]

@@prof-rieg I'd like your WhatsApp number, please

[@shimultanhi3254]

my gamil shimultanhi@gmail

[@عالمالوحوشوالقوةوالافتراس]

You are ingenious and creative

[@adeshpalsingh1468]

I absolutely loved your work. I am an aspiring mechanical engineer and this was very interesting. Could you please recommend some books so I can understand more in depth?

[@joshschneider9766]

machinist handbook. I think the latest is the fifth edition but not sure

[@Danielagostinho21]

If you need gears to make a gears then what came first? Gears or Gear Makers?

[@prof-rieg]

Yes, that is a general question.

[@hanhdhsj]

Guten Tag, woher haben Sie die Modulfräser, wenn ich fragen darf? Sind das die chinesischen, die man auf ebay, banggood etc. Bekommt? Falls ja, halten die länger durch?

[@prof-rieg]

Die sind aus ebay gekauft. Da werden oft Modulfraeser aus der UdSSR angeboten. Nicht teuer.

[@peterwadham9788]

Spoken commentary would make this a truly excellent video. I don't care if you speak with an accent. There is a lot of information to be unpacked from just watching and the music had to be muted. Someone telling me what they were doing and why would also have helped. I have copied a link to my library for future reference. Thank you. richtig schön und danke

[@prof-rieg]

Thank you very much. Please see the latest Videos featuring spoken commentary.

Justo a beautiful job , it's amazing. Suscribed

[@prof-rieg]

Thank you very much!

[@marcusbaker830]

The helical gears were the AEI motors on the First V sets and the 7000 series cars

[@prof-rieg]

Thank you for your comment!

[@darkshadowsx5949]

the ominous music makes this feel like a strange horror movie with jump scares. im just waiting for a hideous goblin creature to jump out and make a wretched noise the whole time.

[@chauvinemmons]

How have they managed to time the gears rotation to the other teeth in relation to the table travel?

[@AntoniusGaponenko]

I was looking for such a video. Thanks. СПАСИБО.

[@chamila993]

Hai I am a beginner for gear cutting . I have a Grizzly milling machine go755. Can you do a video how to attach the universal dividing head to milling machine. Please it will help for all of us..

[@khalilsawan6628]

"Thanks for watching Thank you for posting this video ،amazing work sir

[@prof-rieg]

Many thanks!

[@A18902]

Класс! Почему фрезеруем "на подхват"? Инструмент "кусает" заготовку...

[@prof-rieg]

Большое спасибо! Но я не могу тебе ответить, потому что не говорю по-русски.

[@A18902]

@@prof-rieg Danke für das Video! Ich habe Deinen Kanal abonniert.

[@prof-rieg]

@@A18902 vielen Dank an Sie, Andreij!

[@manic4u2]

How are those cutters manufactured? That's what puzzles me.

[@prof-rieg]

Indeed, that is a very complicated manufacturing process. One needs a relieving lathe for the gaps between the cutting teeth either and for cutting the relief angle. Please refer to the according literature upon machine cutting tools.

[@manic4u2]

@@prof-rieg , the gaps are the easy part. It's the relief and the conformity that's the 'puzzle'. We need a video detailing their manufacture.

[@cartermackenzie1135]

Would these be strong enough to make replacement transmission gears?

[@prof-rieg]

These gears were made from aluminium alloy. Such gears made from steel should work, especially if they are hardened and temperes after mechanical treatment.

[@cartermackenzie1135]

@@prof-rieg what type of tooling would you need to cut steel?

[@prof-rieg]

@@cartermackenzie1135 the same type i.e. an involute cutter made of hardened steel.

[@罗梦宇-i6p]

I think a CNC divide-head with some simple digital divide signal will simplify this process!

[@prof-rieg]

Yes, you are right.

[@罗梦宇-i6p]

@@prof-rieg kzbin.info/www/bejne/nGXSiXShbdSAjZI find a similar one, but this one is cutting with hob!

[@gasparigi]

Same tools (cutters) for spur and helical gears? Only helical is cutting under angle. But then parallel cross-section is not equal on spur and helical gears (because of that 20.7° or 29.4°rotation of the profile). I thought they should be equal.

[@prof-rieg]

Yes, indeed, sane cutrers for both spur and helical gears. In fact, with increasing helix angle an very small error arises but this is tolerable up to helix angles under 30 degrees. Hope that answers your question.

[@JLanc1982]

Amazing video!

[@prof-rieg]

Thank you very much!

[@Jan_Seidel]

Geniales Video, Alles ist sehr verständlich und Danke für den Verweis auf das Buch von Decker. :)

[@prof-rieg]

Vielen Dank - das hoert man gern!

[@renatomartinez3183]

I watched the whole video and it's amazing to see your creativity doing the mechanism for the spining table(makes me wish and want to build one in imperial measurements) Professor would you recommend me the same type of book in english?( Estudie en español elementos de maquinas,pero en ingles es un universo mas facil de alcanzar)my humble congratulations for your engineering creations, my best regards!!!

[@prof-rieg]

Thank you very much for your kind comments! However, I can't give you recommendations upon books in English, please consult Amazon and book stores with Internet representation.

[@joshschneider9766]

machinist handbook has a fat subsection on gear making including these helical jobs.

[@AsianTechnic]

Great job i still remember skill the cutter vibration must minimize excellent

[@prof-rieg]

Thank you very much!

[@carrcohol]

This music is wild! I feel like I'm watching a science fiction space mystery

[@prof-rieg]

You are welcome!

[@danielzunigagutierrez6300]

3:05 any other machinist sees the gear off centered?

[@cgrobe21]

In my opinion the whole video could of used more machine shop sounds ie. Grinding, milling, bitching at the bandsaw guy for not cutting straight.. and less of the Xfiles themed music where I feel like I was being abducted the whole time amd about to get probed, but on the plus side of things.. Great video. Enjoyed the whole process and seeing your skill level. It was interesting to watch. Thanks for sharing.. 😎

[@prof-rieg]

Thank you - you are welcome!

[@mikemakuh5319]

Nice job! What I can't figure is how you linked the cross slide to the diagonal?

[@prof-rieg]

The cross slide is fixed upon the helix angle. The helical movement is made by an independant electric motor which turns the dividing head and the spindle of the cross slide for forward movement . Hope that helps.

[@mikemakuh5319]

@@prof-rieg I saw all that, but what I recall from long ago, the movement of the mill table was directly geared to the radial movement.

[@prof-rieg]

@@mikemakuh5319 yes, that works if you can turn the milling table around the Z axis. My machine and most modern hobby milling machined do not have this feature.

[@kreasiumum]

Good,. thanks for this video

[@davidcollins6164]

wait what kind of lathe is that, how is it driven

[@joshschneider9766]

That's a horizontal cutting attachment on a mil actually.

[@joshschneider9766]

The attachment is gear driven off the mills head. I dunno about the mill itself

[@hobbyglass]

Amazing. Very informative, educational, and inspirational.

[@prof-rieg]

Thank you- you are welcome!

[@mxcollin95]

Wow! Nicely done. 👍

[@prof-rieg]

You are welcome!

[@ulysescullo2967]

How to make angle adjustment of helical gear with-out table angle adjustment of type of milling machine

[@ngoccamdoan]

Where can I buy that dividing head?

[@prof-rieg]

The basic dividing head may be bought everywhere. The gearing, however, is homemade.

[@ngoccamdoan]

@@prof-rieg i'm planning to buy a basic one and diy others connected from table's nut to it. please tell me more if you have other video like this. I have just know about your channel one week before. thank

[@prof-rieg]

@@ngoccamdoan I think that in our channel LSCAD are a couple of videos which could be of interest for you.

[@harrisondodge6956]

I'm a 22 year old mechanic. After watching this, I think I want to go to school and get out of just being a tool guy.

[@prof-rieg]

This sounds good.

[@joshschneider9766]

Go to Bayreuth and take his classes at the college. That would be a helluva awesome adventure

[@fredevindoortega2403]

No puedo expresar en ingles lo intersante de este video ya que no domino muy bien el idioma ingles pero es importa y me gusta este arte, esta profesion y todo los conocimiento que hay en esteoficio . Me gustaria conocer mas sobre algunas informacio que es de gran utilida para el uso de esta profesion .

[@cyranox90]

Thank you for posting this video. May I know if there is any good reference book recommended for further reading? Thanks :)

[@joshschneider9766]

Machinist handbook has a big section devoted to gear making.

[@chauvinemmons]

I'm surprised to see them reaming parts on top of wood as the wood surface could affect perpendicularity.

[@maidenlord6663]

Your music made me think I was in a horror movie for a minute

[@prof-rieg]

Is this the only thing that bothers you?

[@davidsolis88ijknbggg]

Eres un crack amigo👍

[@prof-rieg]

Muchas gracias!

[@artemiomilagrosa9600]

The rotation of cutter should be against the feed direction

[@prof-rieg]

Not always: This milling machine has very few play in the spindles and guides allowing down cutting.

[@cyranox90]

How would you determine the drive and driven gear for the rotation?

[@tzadiq1729]

1 rev of the Work piece x Index Head Ratio (usually 40) x A/B x B/C = GearHelixLead / PitchoftheFeedScrew 1 x 40 x A/B x C/D = Lead/ScrewPitch A,B,C and D are your Gear Teeth Numbers.

[@othaner38]

It reminds me my days of technical high school.

[@prof-rieg]

Thank you for your feedback!

[@jorgeconcheyro]

Me too. My job was to calculate the gear train for the rotation ;)

[@ernestquitalig7102]

Hi is there any chance that you accept orders and ill give you the specifications? Where can i contact you, thank you so much, great work btw.

[@prof-rieg]

No, i beg your pardon.

[@heavengamage9079]

Thank you so much ❤

[@prof-rieg]

@@heavengamage9079 thank you for your response!

[@ОпК-ж2л]

С конечно же фрезы СССР

[@alexustas5073]

Please say, what a music is playing?

[@greggv8]

I know why you're making them in Module 2.5. Because *nobody* makes MOD 2.5 gears as stock gears. They had a period of popularity in the late 1970's through the 80's then the entire machine tool industry decided nobody was going to use MOD 2.5 gears on anything. The cutters are still available used, or new by special order. But if you have a broken MOD 2.5 gear you have to make it yourself. The exact same thing happened with 14 Diametral Pitch gears after WW2. Many smaller lathes and other machine tools used 14 DP gears, mostly in 14.5 degree Pressure Angle. But shortly after the war the whole industry decided nobody was going to use 14 DP gears. There is one company in the UK which claims to have stock 14 DP gears, but only in 20 degree PA. 20 PA was uncommon in the 1940's and earlier when most spur gears were cut to 14.5 PA. So if you need to replace gears of this pitch and these pressure angles, it's a DIY job. What makes this even more annoying is that 2.5 MOD's tooth size and profile is >thisclose< to 14 DP 14.5 PA. The machinery industry recognized a need for gears with that size tooth but instead of resurrecting 14 DP they created 2.5 MOD, only to have the size exterminated a second time. A similar tale is how the variable speed drive industry apparently unanimously decided some time in the late 90's that for 3 Horsepower motors they'd all quit using a single keyed shaft on the spring loaded split sheave on the motor and switch to a splined shaft. So if you need parts for an older single key sheave you have to make them yourself, or figure out how to retrofit the motor sheave to a splined version. I have an ACRA knee mill from 1990 and had to make the plastic bushings for the split sheave when the nylon originals broke.

[@prof-rieg]

Thank you for your very interesting comment - I think this is quite new even for advanced amateur craftsmen. Thanks again.

[@LordOfChaos.x]

What kind of Witchcraft is this?

[@daveticehurst4191]

Why were you climb milling.

[@prof-rieg]

I think you mean up milling? No problem for this precise milling machine which has very few play.

[@daveticehurst4191]

@@prof-rieg Thanks for your reply, it looks like Germany is out of kilter with the rest of the world then. UP milling as you call it, the rest of the World knows as Conventional Milling and your DOWN milling is called Climb Milling. In general terms unless you have a brand new machine or your machine has Ball Lead screws, then DOWN milling is quite a risky business. Any slackness in your lead screws will cause the work to be dragged into the cutter and can cause nasty accidents. I just think that with your home made setup with cheap slide ways that you were indeed lucky to have got away with it and also too I think if the gears you were machining were made of steel that you will have had trouble. Personally I think that you stating in the video that Down Milling is safe, is a QUESTIONABLE statement. Thanks for showing what can be achieved on a home workshop setup.

[@crazydoc4276]

👍👍👍 Когда есть станки можно творить.

[@prof-rieg]

Я не совсем поняла твой вопрос

[@dimadifficult7325]

Как рассчитывается передача оборотов на делительную головку? Если завязать её через гитару на винт продольной подачи

[@flo__60]

just imagining the setup give me headaches

[@prof-rieg]

I can understand this!

[@pltsfirst]

yes me tooo

[@freemanfreed1581]

@@prof-riegas i understand the difference with spur gear cutting is the work will rotate constantly to the the helix featured teeth. to accomplish that there is an extra setup that make the dividing plate to rotate which in turn rotate the work. so how do you make that setup? is that pre built from the company or you just created it??

[@Qusin111]

LOL reaming a hole though a non trued gear ... love it

[@prof-rieg]

Thank you!

[@JoseCarlosAgostinho-v4b]

Excelente trabalho

[@weldmachine]

Not a video to watch when your tired, LOL. I have cut a few Spur Gears but not any Helical Gears. Never really had the need to as yet ?? Interesting video to watch for sure

[@prof-rieg]

Indeed, it is a bit complicated but anyway thanks for you response.

[@dgengineers]

How to find lead and table angle instead helix angle

[@Sevalecan]

The topic is interesting. Narration would've been better than text displayed in a video. And the music makes me feel like I'm watching a video from Dark5.

[@leonidzhits5373]

awesome music. what is it?

[@fredbloggs4829]

An interesting exercise in gearing. Surely would have been 10 time simpler with two servo motors timed together. Still, great video.

[@joshschneider9766]

Just imagine how much those of us that have used manual divider heads hated doing it lol

[@unityisstrength2967]

Sir,, Thank you so much ❤❤❤

[@prof-rieg]

You are welcome!

[@tfamecanique3949]

svp vous pouvez m'envoyez les cote de pièce pour réaliser

[@prof-rieg]

Bien sûr, vous êtes les bienvenus ! Le diamètre extérieur est de 77 mm, la largeur de l'engrenage est de 30 mm, le module est de 2,5 mm et le L'angle d'hélice est de 29,4°. L'engrenage monte vers la droite. De la Le diamètre intérieur est de 22 mm, la largeur de la clé est de 6 mm. De nombreux Salutations.

[@kuntul_burung]

I watch the video till the end... (at least untill my phone giving low bat notification) Not knowing anything But I watched it anyway Was it because I watched something spining? Or the BGM...? Or both

[@prof-rieg]

You'll need a deep understanding in gears.

[@longBowHunterII]

@@prof-rieg gears for me are easy, it's the dividing head

[@MrScandiLeon]

Hi Professor, begeistert schaue ich Ihnen wieder bei ihrer Arbeit zu ! Kaum zum Sattsehen ! Viele Grüsse aus Norwegen

[@prof-rieg]

Vielen Dank - da machen wir gerne weiter!