We need more people like mark... Great teacher..I always learn something from your video. Keep doing what you do. 🙏

As a teacher myself I cannot appreciate enough ideas like that wooden railroad as a practice tool! Great video!

Such a brilliant idea using the train! Standing applause for this video!

I’m watching this video and didn’t realize until now that it was a subliminal message that Haas was moving the Henderson NV. Clever!

Henderson? Who knew Mark was such a baller. Big bucks.

My god, the tool holder dragging around the train was classic. I couldn't stop laughing, like, "Must be a slow day in Oxnard"

The residents of haastown, were shocked as a multiple residence building was destroyed injuring several residents by a mysterious ship from the sky. Several eyewitnesses said the spaceship looked like an oversized CAT 40 toolholder with a menacing ER collet opening in the bottom.

Haas tip of the day was one of those small things that tipped the scale in deciding to go with Haas for my company's first machines. Keep up the good work!

The man who designed those tutorials is a pedagogy genius, and I have been teaching for 10 years.

I like you to do a video on all the G and M codes. You demonstrate and explain everything a lot clearer than they do at school.

This was spectacular. I think my spoilboard needs some trains.

I have to say thank you and God for these videos truly Great jobs guys

Love Haas. My boy Logan from Rockford just left after repairing our lathe we crashed last week. Knocked it out of the park as usual. There’s many good machine tool builders out there. But the service department is what separates good from great, and Haas has got the service down cold.

Just got into the CNC world as an operator, these videos are quite helpful.

Had answered my questions in such interesting and quality video, instant subscribe.

Fantastic demonstration

Learned a new thing in life. His explanation is very great.

What I have noticed on this channel is they talk about VMC all the time... And what we have is SL-10 Love and respect to mark and whole HAAS team... Thank for the tips and help not all company do this.. Thank you again... ❤

Thanks for these instructional videos. This might be basic stuff for any machinist, but it really helps the entry level guys (like myself) understand what’s going on.

Love the railroad track !

Mark well done, knows everything!

Using the map concept to explain, you are amazing.…………so.nice

Most easiest explaination Ever...!!

This is great content for those of us that are new machining. Greatly appreciated!

I think this video is absolutely fantastic, and that applies to all tip of the day videos. Great work.

This is really informative and really helps.

They fired me because I tried to do this on my job. Thank you Haas. Thank you Mark.

Very good guys, very well explained & presented...thx!

Billet Brio. I am loving these tutorials.

I like this video. Good explanation of circular moves. A lot of post processors have issues choosing correctly between R's and I&J's. Knowing when it's happening is a life/machine/part saver. (Try loosing a $1500 blank because of this.) This is from running Haas controllers for over 25 years.

Going to get a Hass for my 1st CNC mill just for these amazing tutorials 👌

this is the best and funniest explanation of g1 2 and 3 i've ever seen. thanks mark!

Mmmmm, I loooove thinking about this stuff. I get to play with Wire EDM machines where I work, but I'd really like to get to play with CNC mills and lathes. It's really nice having a job that doesn't suck (at least most of the time) 😉

1:09, Dropping a few hints, possibly? ;)

Such a helpful video for a newbie like me!

lecture and fiction are very successful, but the person who edited the video is very very successful..

Loved your video! Totally helped me!! Thank you 😊

Your telling Me…. All these videos got made at the haas company in Oxnard,CA …. My home town !!

Next Video : Metal Cutting , Selection of Tools , a really good one I think would be Indexable vs Solid Carbide how they cut. Even good one would be how Haas Manages Cutting Tool Data , or tackles Cutting problems such as poor tool life or chatter i.e Haas "workflow" or "Best tips to Cut" , provided you guys operate 100s of machines at your shop !!! Excited to see any of these suggestions make the list.

The production quality is so good i subscribed for no good reason.

You can tell that even Mark is starting to feel the need to get out more. Though the train is a great example.

Wow.... it's useful for students like me.. Thank you for HASS automation.

Stunningly good video. This is top notch stuff.

absolutely great video. I loved every second of it

Unbelievable good explanation. Thank you 🙏

Perfect explanation. Outstanding analogies.

Hey, that was really good!

Very well explained valuable concepts made simple to understand. Thanks.

Nice Video Mark

Most expensive toy train engine EVER!! Haha great work keep it up, love the videos !!

These vids make me want to buy a Haas.

Always love your videos. And the Whitesnake lock screen on your phone was pretty awesome too! Ha!

Love watching the tips of the day. This are great instructional tools for High School Students.

kodi's Explained is very good

Thank you Mark for sharing all of your knowledge. All the way from Nevada

Video request for the future: Hand programming a bore milling with radius compensation and with a radius at the start and at the end to avoid the little left "V" shaped material where the tool first contacts with the workpiece. It is a really nice way to do bores for narrow tolerances (to put a bearing for example) where you can only use endmills and that little left material (0.02-0.03mm) can cause problems.

Great tips!!

Really a great teacher. unschooled person also can learn the technology very easily if they have guider like you 👌👍

Thanks man! I’m new to the haas world this is simple but you just helped me a ton.

Clean, clear and to the point. This guy is Great! Thanks

Thanks for the video mark had a hard time figuring out the ways you could implement this but i like that when you do G01 you can add the feed rate to it

Great video. Very informative and you are a excellent teacher. Keep doing more educational videos. Thanks

The video is really exciting and solved some basic challenges in CNC. Please, I have a design that I wish you could draw for me or explain how to go about it. I don't know how I can get this across to you. Thanks

Brilliant!

thank you very much this helps alot!!

Damn, that track piece looks really good in aluminium. I need one.

Awesome. You are great guru .thanks a lot .god bless your efforts.

Thanks Mark, genuis idea using the train track, hope there is a G4 G5 G6 video coming soon.

If you G0 out of a workpiece like that, you're gonna be scrapping parts. Go up and out before G0 sideways. Same with starting a program; G0 to safe distance above the part, the G0 to XY, then go to the desired depth. But that may be just me..

Was a brilliant video. So informative

What pi ... with dizlayki set ??? Excellent supply of material, especially with a train, even a student will understand! Well done !!!

Thank you for the great video!

Love to see a video/videos on helical moves and cutter compensation

Very nice thank you, great explaining 👍✌️👌👋

Lol. Henderson nv. New home for haas.

Mark you are just awesome 👌

Excellent information

When hand programming I think it's better to use I J K rather than R because if you mess up the position on the I J K it will alarm out but the R will just make it happen, with potentially expensive results.

Wow nice teaching sir 👏

6:07 killed me 😂😂😂😂

Good explanation sir

Thanks for the video.

great video, i didn't know about the negative radius "trick" it'll come in handy for sure :-) could you make a video about G150 used with the C-axis? for example a round bar with 4 square pockets evenly spread around the circumference... possibly on a UMC-750? i've recently had an issue with this, where the machine would not rotate the commanded G91 C90 in G55 or G53, when the G55 C=0 is offset any amount of degrees. it would add or subtract the offset in G55 (even when commanding G91 G53 C90), so it would only move 88 degrees, if the offset was at -2 degrees, or 92 degrees if the offset was at +2 degrees... it only did it in the M97 subprogram where G150 was present, and not in any other M97 subprograms... sorry for the long comment, but i figure you guys are the best to ask. my local Haas servicecenter here in denmark haven't gotten back to me with a solution yet :-)

good job love it

great teacher and good explanation, thanks

Great to see that your bicycle paths are longer than your car highways 🤦🏼‍♂️😂

Great Information Mark Sir.. Please do make a detailed video on VMC macro programming with a practical example..It would be really helpful .. Thanks

Great visuals

I love these videos... if i can throw an idea into the hat, more tips and trick of running on 5 axis would be nice... i just got a trunnion for my vf2 and I kinda see why other shops around me get timid about jumping into 5axis

you are really creative thanks!

hey guys, i have a question.. I found this channel few weeks ago and i really wanted to ask how hard is to find job in this profession in the USA? Im from Europe, I have study on Engineering school(basically short story they teach us metals and cnc milling) do you know about any europeans working in this profession? what about metric system, do you use it in this profession? Have a nice day and happy independence day folks!

Sometimes our programmer tries to yeet the table to Henderson NV as well

gerat explanation with a train. great idea

I know what I'm going to pull off prank wise at work .

Brilliant, thank you.

Great stuff, keep up the amazing videos.

01:10 OK, I am very sorry but you are overplaying the working envelope on your machines WAY too much. No Haas has that amount of X travel........ P.S. Joking aside. There is absolutely no way this could have been explained in a more understandable and simple way. MASSIVE kudos to the "Haas Tip of the Day" team!!!

Damnnn you got me Mark

These videos are so good.

What a wonderful explanation! Could we have a Simple and Basic explanation like that One about feeds and speeds?