Haas UMC-1500-Duo Cutting Demo - Haas Automation, Inc.

[@cwhuffman01]

1:52 check out that part slip.

[@cyber2526]

I think thats the coolant moving

[@cyber2526]

Nvm i see it now. Yeah definitely moved

[@jasonruch3529]

Your rite. She pulled up a Lil. Tiny vice kept it tho. Lol

[@jczon7]

Nice catch 👌

[@ipadize]

should have used gripper jaws

[@donaldleung1690]

Appreciate Haas didn't put music over this video!

[@mh73020]

Some day I will have that machine in my shop!!!

[@jasonruch3529]

Great video! I'd love 1 of those!

[@TJ4A9]

I'm not understanding any other benefits of this machine other than the space that it takes up. Why would you not just buy a VF-2 and a UMC-750. You can get both for less than the price of one of these

[@braindeadelite1997]

To have it done all in one machine. So instead of having two different machines set up you're only using one complete the whole part instead of two different ones.

[@ostry599]

Thats right. And this toolchange time... Masacre.

[@Factory400]

@BrAiNdEaD ELITE But it's slow and a single point of failure. Pretty weird setup. It only has one spindle....two machines (same cost or less) is faster and more flexible.

[@braindeadelite1997]

@@Factory400 That's true but this can do the pre op's on the parts first like machining the dovetail on the parts for the 5 axis. That saves time and machines required. And you use the same tools so less tools required for two different machines.

[@Factory400]

@@braindeadelite1997 I do not agree. I can fly through pre-ops and last ops on a dedicated VF2 or similar while a UMC is 100% focused on the 5 axis ops. Once the pre-ops are done, I can use the VF2 to do a whole different job while the UMC runs out all the prepped stock. Typically, the pre-ops and final ops have much shorter cycle times compared to the 3+2 or 5 axis operations. There is almost no scenario that I can think of where separate machines would not be faster.....most likely a lot faster. Since this machine costs about the same as a VF2 and UMC seperately - it is a net loss in speed, reliability, and flexibility.

[@Chris03w]

What do you guys at Haas think of the Chick Onelocks in comparison to a regular Kurt vice ?

[@PreciStrike_96]

Is the side table in the duo removable for taller parts on the trunnion?

[@Factory400]

I don't understand this configuration. What is a practical use case that two separate machines would not be the more effective and flexible solution?

[@deadpan115]

Even in demos you hit the reset button twice.

[@Slimeacation]

The day Haas makes a cutting demo with steel is the day they win the WCC.

[@jeffmushell8329]

They have a demo day video using 4130

[@moonryder203]

Very nice machine!

[@Silver_Nomad]

How did it happen, that HAAS has 5-axis mill, but still don't have any lathe with 5-axis head?

[@cyber2526]

Nono they do. Haas vmt-750

[@mrt6399]

@@cyber2526 i dont know that i would call that a lathe

[@cyber2526]

@@mrt6399 its technically a lathe

[@huskkyy]

@@mrt6399 it’s very much a lathe, the part is what’s spinning

[@cyber2526]

Tightening the vise counterclockwise?! What sorcery is this?!

[@tken93]

If the vise is in backwards and keyed on both sides, the. Yes counterclockwise would tighten it.

[@cyber2526]

@@tken93 what criminal loads the vice backwards

[@tken93]

@@cyber2526 haha hey it happens sometimes especially if as I said the vise is keyed on both sides. And realistically with how heavy they are, I don't blame him for giving a shit which way it was facing just for the purpose of a KZbin video. On a unrelated and random note, the vise currently in my machine at work is loaded in sideways.

[@cyber2526]

@@tken93 how hard is it to turn? I doubt its not that hard

[@tken93]

@@cyber2526 a machine vise is extremely heavy! They are not fun to move around. That being said that tiny vise would be very easy to move. But don't forget it's also on a fifth axis machine so depending on how you want to look at it it really doesn't matter which way the vise is facing

[@hieuxoan6900]

How much for this machine in vietnam?

[@Thepriest39]

Where is the torque wrench to tighten the vices consistently?

[@ipadize]

in his arm jk

[@tken93]

Torque wrench is only necessary if you are trying to get repeatable consistency at or below .001" . If your parts are +/- .005" or more, then yeah your arm is more than accurate enough of a "torque wrench" to get the job done

[@ipadize]

@@tken93 i bet he was referring to the slipping part

[@tken93]

@@ipadize well that just takes all the fun out of it.. nothing like having that one person in the shop who wakes us all up with the "part flying out of the vise alarm clock"! lol

[@CAD_CAM_TRAINING]

👍🌷

[@ironbreaker.boomtech6917]

Everything is great but three things. First，rapid moving is not safe when it goes back. Second，not use a torque wrench to tight the vice. Third，that the D16mm endmill can set the ae double more

[@DLS_MFG]

Neat

[@Prodigy_ADED]

No one wanna talk about the coolant level being low? It’s got no pressure behind it’s flow at all. Can’t be good for the finish or the chip evacuation.

[@tken93]

Probably done for video purposes. Much easier to get usable footage when you don't have high pressure coolant spraying all over the place and covering the camera

[@CAMER_21]

How to setup 4th and 5 axis??... where to take offsets ...? How to take x y z B C of 4th and 5th axis...?? Where to put offset??? What is difference between 3 axis and 4th and 5th axis A rotary/B/C axis???... Make detail videos and make playlist ...

[@Factory400]

It's two machines with one spindle. All you do is set up a different offsets for each side.

[@DjTinnio]

ARE YOU GUYS GOOD ? HOW IS IT MAZEPIN'S FAULT WHAT THE RUSSIAN GOVERNMENT IS DOING RN ?!

[@DjTinnio]

@M R Done. Thanks for the hint.