How To Calculate Speeds and Feeds (Metric Version) - Haas Automation Tip of the Day

[@rustandoil]

Coming from 40+ years of manual machining and dealing with speeds and feeds by "look & feel" understanding what is required by a CNC machine has been a steep learning curve, this is the best explanation I have come across so far 👍🏼👍🏼👍🏼

[@vdub2002]

Most manual mill guys ive met trash talk CNC. I've done both. CNC is by far more skill intensive than manual Mills. I can set up all day long with very little thought on a knee mill. But cnc has a lot more.

[@thomashenderson3901]

@@vdub2002 I'm building up to make the switch later this year, there's a lot to learn to get the best out of these machines for sure.

[@thomashenderson3901]

@rusty Look and feel, as well as how much swarf and coolant you can tolerate being fired everywhere!!

[@Trendyrapslut]

@@vdub2002 I highly disagree...it's equal. if someone is able to do what you do on a manual, you're the one trash talking. and I prefer CNC. I would rather be a CNC machinist than a manual for the rest of my life. But you're wrong. you haven't done enough or witness enough manual machining work to say what you're saying.

[@vdub2002]

@@Trendyrapslut seriously, you have no idea what I have or Haven't seen. I've worked aerospace to pipeline bud.

[@johncherrey1798]

The high production values and a clear understanding of how people learn make these videos really exceptional. I thank you for your generosity in making this material publicly available.

[@フラジサイフ]

Thumbs up for metric system!

[@stanislavkanin3255]

In metric system we believe!

[@DS-is9zn]

In fact it shouldn't be called the Metric System. It's called the International System of Units (SI) which is most widely used and accepted around the globe.

[@Jonners]

Royale with cheese (not many will get this ;p )

[@skyduster3815]

@@Jonners pulp fiction

[@madeathome4057]

You can always use my calculator which calculate chipload also in metric informatyksiedlce.pl/_PROJECTS/chipload_calc/

[@phillipmcintosh6489]

You watch a video like this and realise that it's no wonder that Haas has blitzed their opposition in sales and it took them very few years to do so. Sure, there might be better machines out there (with much higher price tags) but Haas has managed to make their machines accessible to almost everyone.

[@haasautomation]

Thanks for the comment Phillip. Haas has made a very conscious effort to provide all the support we can for our users- and today, that often means videos. If you have a suggestion for a video, let us know at [e-mail]. - Mark, Haas Tip-of-the-day

[@MrDann13ll]

@@haasautomation Can you make a video about feeds and speed, but for interior circular grinding? Thanks!

[@mardrom1]

Heidenhain machine everytime.

[@haasautomation]

The formulas you saw in this video are now available in pdf form. Just follow the links in the Description of this video. Thanks for watching! - Mark, Haas Tip-of-the-day

[@rj9873]

Haas Automation, Inc. Basic principles of programs a machine

[@stanislavkanin3255]

Great series! Much obliged!

[@gianfrancoronchin2669]

where ? what links ?

[@bobbyseptiadi6175]

please give me your WhatsApp Number

[@tomate8555]

Hey! Awesome video! I didn't find the formulas in pdf, could you help me with that?

[@hectoralban6375]

Studying for my Manufacturing Tec course and this video is very helpful, you're explinations are also very cool thanks man!!!

[@allandugangreyes2090]

this teaching method should be the model in all machine shop classes. my salute!

[@scorpioo7350]

Najlepsze kanał informacyjny o programowaniu CNC. The best news channel for CNC programming.

[@suhelmazumdar8392]

Really appreciate you from bottom of my heart.... The teacher like you will definitely make the beginner so smart in this field and it is good for the future... Thank you sir.. HATS OFF to you..

[@nendisuhendi_vision]

Haas Tip Of The Day is very helpfull to solve several problem in my job especially about CNC programming, and one more thing Haas has present the best broadcast in youtube among another CNC brand in the world

[@ramanak2213]

Thanks. Mark. You have understood me. in 14.39. For which I have trying to learn. since an year and half. Thanks allot for saving my valuable time. now I can concentrate on optimizing my parts cycle time. Love from india

[@carminepolak5384]

Another awesome video the tractor wheel helped. One picture equals a thousand words and all that. Please keep the metric videos coming.

[@joseguevara184]

Finally metrics, the easiest way to avoid more calculations. Thanks.

[@vessmachineen193]

you are perfect representator and your videos are really perfect. we are a concrete block manufacturer company trying to buy our own cnc machine and I have learnt alot from your videos thanks for the video i really enjoyed it

[@milfordjohnson2289]

love your work man. 100per cent info, 0 percent bloating

[@haasautomation]

Here is the updated link to the bonus content: www.haascnc.com/video/Video-Bonus-Content.html Thanks for watching!

[@channelexclusive8240]

This video is so awesome! You resolve my doubts, I'm gonna work with EMCO Concept Mill 105, I order a bit end mill for aluminum. Well thanks, greetings from Mexico

[@Jonners]

When an apprentice this was drilled into me like so. A thousand strawberries in a pie dish. AKA (1000xS) / (Pi x D) it's stuck ever since.

[@spiritualeefeminine8075]

hey thanks for that!

[@sethvernon1884]

Yep I’m wurwyshdbdgyjkk

[@davidmexicotte9862]

This was a good way to demonstrate this. I like the Tractor.

[@mohitmaru9014]

A very great video !! Hass Tip of day is very helpful. Every video is coming with very useful information explained in easiest way possible. Great work guys thumbs up for that and thank you for creating this series !!

[@derekhawley9660]

Brilliant delivery ... thanks Mark.

[@JeBauBau]

👏👏👏 Very informative video Mark! Excellent job HAAS TEAM with all your videos.

[@crosshair6496]

very useful for beginners getting used to learning how to calculate speeds and feeds

[@milandjuric8043]

Thank you for european notation and metric system, your content is really good

[@6532330]

Thank you very much for russian subtitles! Very helpful and intelligible video!

[@NeoQJ]

Thanks HAAS very much for making these videos 🙏

[@balajisrinivasan4755]

Fantastic way of explaining. Great 👍

[@antoniopuljic1090]

This is the best education about feeds and speed, thanks a lot. 😊

[@vladiocy2884]

Don't stop! A perfect video. Hi from Cyprus and thx

[@sengottuvelavan]

Thank you Haas and Mark. Kind of starting to have bias towards Haas Machines because of the videos 😀

[@wong0615]

I’m form Taiwan,謝謝你

[@ady_claudio]

Best video explaining the process 👏👏👏👏

[@byronselorme9477]

Love these videos Mark. Great. Clean. Clear. Awesome

[@AttilaAsztalos]

...so basically "just use the catalog, Luke!". Which is what anyone would do in the absence of a better idea. Thanks a bunch...

[@laurentiusmichaelgeorge1118]

This is an amazing explanation. Thanks.

[@ikbendusan]

very informative video, this will help me out

[@alexarriaza4016]

Well thanks! Very well made video and very easy to understand

[@blakehaas3205]

I think I found my new favorite CNC company. 😂

[@victort9463]

Огромная благодарность вашему каналу и отдельно за перевод. Мне интересно, из какой пещеры вышли те, кто ставит дизы?

[@seppomontaalasmaaman1339]

I'm learning more in 15min than in 7 hours of school. Of course our teacher likes to hang out more at the cafeteria than where the students need him.

[@toolmaker6312]

It was a great learning experience..appreciate for your Help.

[@wamiqfahim9123]

Much appreciated. You've been a great help, very insightful indeed.

[@راستینصنعتپاسارگاد]

Prefect I love your illustration

[@ciroa.4216]

Excelente video, muy bien explicado. Saludos desde Argentina...

[@aebp420]

Awesome video, now those other formulas make sense. That crazy metric system.

[@cheebanleong1362]

well done

[@multivideos7938]

El mejor canal de mecanizado de todo KZbin 👍👍

[@aryankharwar6145]

You are genius

[@justathought6966]

Thanks a lot for this fantastic video and thanks again for the metric system.

[@mukundmistry1661]

Dear Sir, It's a wonderful explanation for Spindle speed and feed for milling machine but I request you to kindly please let me know about on turning video

[@rogermuscat4198]

That is pretty exhaustive, but informative non the less.

[@Thepriest39]

Another great video from HAAS.

[@GcVoct]

Good presentation

[@MultiSecretid]

Nice and crisp explanation. Can you also explain how feed and speed will be affected wrt depth of cut ?

[@sujithrockon]

Superb Explanation!! thumbs up to this guy!!

[@raghvendrasingh7941]

That is amazing. Please explain cnc turning feed & cutting speed & feed in matric system

[@haasautomation]

Raghvendra - Thanks for the suggestion. We’ll put it on the list! - Mark, Haas Tip-of-the-day.

[@GGFips]

Awesome, I just started working on a TL-2 Lathe and would appreciate this kind of informative video directly from Haas. Keep up the good work! :D

[@mastercrafter3693]

This video is beautifully made. Thanks fom Perú.

[@Rajkumar-fl1tu]

Very very useful tips for parameter setting

[@norton750cc]

8 yrs old mini mill and TL1, never had any problems...UK

[@bernym4047]

Very useful. Thanks.

[@johndonlan5956]

Super excellent video!

[@Rakeoz]

Articulate explanation but It would have been much deeper video if the chip thinning concept and compensation for it had been also included while finding out the table feed though. Apart from that, I know that setting the Ae and Ap parameters is highly dependent on the situation but is there a reasonable explanation for how I can basically set those parameters?

[@ericlinders721]

Awesome job with this video 😁

[@p38full]

Excelente explicação, obrigado.

[@solodylan1]

Good job! it's a great video, you got a raise. 💰

[@jimleys3184]

Awesome perfect explanation🙏

[@Sunnyjagdeo]

Very good explanation..

[@loktinl]

A question to the seasoned machinist out there: is the chip load (mm/tooth) considered a max or a min? If I want to err on the side of caution, I’ve generally taken that number as a max but I understand that for materials like stainless, you need a minimum cut depth to cut past the work hardened material. Any tips?

[@DjangoKroon]

Thanks so much for this perfect video!

[@vedantambekar5771]

Nice content !!! Instant subscribe

[@spiritualeefeminine8075]

this man just made so much sense! thank you for this!

[@Simon-wr6hb]

Why do you need to understand it anyway ..you are freaking woman...go to kitchen

[@spiritualeefeminine8075]

@@Simon-wr6hb i do that too🤪

[@knowledgecenterindia309]

Very Well Explained..

[@mardrom1]

Vc150 ÷ 3.14(π) ÷ dia0,080 The formulas in most books and manuals are very unfriendly to someone not comfortable with mathematics. Here i write HOW you CAN actually write it using a calculator. (Translated with book Hieroglyphs removed ) Notice in my first more accurate model the dia80 has the decimal point moved (0.080) Follow the example or note it down. Otherwise you CAN use the less accurate baby version... Vc150 ÷ dia80 x 3.18 A SIX YEAR OLD CAN PUT THIS INTO A CALCULATOR. Also if you have an iPhone download Calctape its soooo useful.

[@safdaralisafdarali8129]

very helpful & useful video. stay blessed...

[@bobbyboy1962]

Awesome site and info, thank you

[@miradholakia9106]

hey Mark, thank you for this information. its really helpful. i do work with endmill and need to know setting up feedrate and spindle RPM if i use 22mm cutter for 30mm keyway slot.

[@jojotrido5810]

,Very informative and entertaining video. And good explanation. I want to watch more videos.

[@Huntingharry19999]

very informative and user friendly :)

[@nguyenxuanchien8276]

Thanks a lot for your nice videos

[@kingcam5028]

Great video.. pls make similar video for cnc lathe. i am new and troubling with ST25

[@juancastillobriseno958]

What a nice video!

[@Alva789]

Thank You, excellent work!

[@EduardSidorov-i3f]

Спасибо Вам за видео. Отлично.👍👍👍

[@abshalomnandigama]

Good video it is very helpful to us ,Thank You SIR

[@ranjodhsingh8638]

My Question as a beginner 1. Some time tool is given to us 10mm carbide with no Vc mentioned then how to or where to find Vc to calculate RPM for the tool. 2. Most of the time we are getting tools with no printing on it so what should we do in that case to calculate Vc Or everything or we can just assume and take value.

[@mistryrajan5999]

Best episode ever

[@vocaduss4369]

Wow video ! I'm from cambodia and I work with CNC machine but don't know what were you show?

[@DuraiRaj-kx8lr]

very useful video. on which basis we calculate feed per tooth

[@bhagyeshsharma1771]

Mark must be a professor in college. Education with fun.

[@muhammadjunaid5166]

Nice video , can you please give a guide for wood mill CNC tooling

[@ismaelramos8106]

Can you do a video feeds and speeds for cnc lathes plz

[@gagandeepsingh8215]

Simply wow... Thanks... But need more depth in detail...

[@claudiorodriguezcba740]

Muchas gracias por la información saludos desde cordoba capital Argentina 💪💪👍👍

[@siddharthgupta5838]

fantastic

[@dizashusaberg]

Hi,very informative video. You re doing excellent job with your videos! All these rules are the same if you re using a lathe or there are differences on the calculation of speed and feed?

[@haasautomation]

George - The rules are the same when we use live-tooling (endmills) on our live-tool lathes, but general turning is a bit different. On lathes we’ll usually program in Feed per Revolution, not Feed per Minute, when turning. Sounds like we need another video! Thanks for the comment. - Mark, Haas Tip-of-the-day

[@dmr5614]

I love the tractor toys btw

[@Frajmando]

Pro tip: You don't have to make the calculation for RPM by yourself, just enter "S100/20*318" in the program and the machine will calculate it for you

[@bozejcity]

Can you make a video for depth and width of cut? Some general rules of thumb

[@16siemon]

Very nice video! Just one thing that confused me a little, you talked very briefly about depth of cut and stepover (Ae & Ap). But never finished that explanation. I`ve looked trough the bonus content aswell, but cannot find where these values are actually indeed used.

[@haasautomation]

S bezuijen - I glossed over that didn’t I. The depth, and width of cuts are really dictated by the type of tool, the toolpath, the workholding, material, and the machine. If I am roughing with a nice indexable mill on aluminum, I may take the cut at full depth, with a 50% stepover. If roughing with a long carbide endmill on steel, I’d likely be using a High-Speed Trochoidal (dynamic, adaptive) toolpath, full depth, at maybe 20% stepover but a very high feedrate. This is where a call to your tooling and CAM vendors can help. My short answer is that I’ll go as deep and wide with my cuts as I can get away with! - Mark, Haas Tip-of-the-day

[@meladpop1]

Thank you so much