Видео

wow

4:10

very well done

This isn't boring though

that sound...love

Machine Ka priese chahiye

interesate falar para que serve muitos vídeos explicar a utilidade faz coisas complexas muito bonito máquinas modernas tecnologias novas usa en que para que será possível que no Brasil não fazê isto não acredito temos milhares de profissionais nesta área eu

Feeds and speeds??? For the first horn tool?

how this is happening without any relative motion between tool and metal ? it seems like a magic to me

Outstanding finish, considering interrupted cutting... I can only imagine how well these cutters would perform on a non-interrupted cutting... Great video!!

Späne damit Wärme nur im Verdrängungsprinzip entfernen ? Hallo Ihr habt ne Kleckerpiss kühlung

sound is hypnotizing

Incredible

I don't want to sell products I want to fabricate parts in products

boring...

y u do this?

I think its a Xenon timing light but you applied a reflected mark on turning shaft paralleled to the flat surface for the light sensor instead of using its inductive pick up, we'll see a stop motion effect similar when we applied it for adjusting timing angle on a car...wright ?

hi,,, who can tell me where I can buy online shops this tools and inserts ?

i would stick my hand in there i dont care

haha very nice filming technique

I am a machinist with over 20 years experience in CNC milling and Turning. I can tell you that this video as cool as it looks have no practical use in real life. There are numerous problem I can pinpoint with the most common problem in machining deep grooves. That is chip evacuation. The reason that one can't see this problems in the video is simply due to the fact they are machining a half part. I don't want to take away anything from PH-Horn, I use their tools often and they are top notch. This video however does not reflect real life application of their tools. How often one has to machine a half part. As far as some people asking why the part spins faster as the tool goes farther towards the center, it is called CSS = constant surface speed the formula for it is (SFM X 12) / (PI X Diameter) In a fanuc controlled cnc lathe one can program CSS with just a G96 code . I have no idea how they did the camera. My guess is they use some kind of sinc-trick. Also, in the video, they are machining some soft steel with very high machinability rate. I'd love to machine that kind of steel. However I am not that lucky. I have to machine mostly tool steel. M.R. = very low D2, S7,.. . And stainless steels such as 304, 316, 17-4, ... I think I am going to stop here. I rarely comment on videos for I never know when to stop. Thanks.

lol at first I thought the tool was just vibrating and going into half a part. I then realized it was strobed time photography. Cool.

Praize Allah for giving this cnc technology to humanity!

I dont run a lathe but its always cool to see metal work

so awesome....

What exactly is being made? Just to show off the tools and machines?

That's just freakin cool!

At 5:05 what are the dimensions of that facegroove and what is that tool?

Ok.

А не в разрезе, стружка как, немешает. Ну всмысле выходит не забивается.

Would like to see same part run without the cut away. How well is the chip evacuation with the whole diameter intact? Is this being filmed with a high speed camera or something?

這根本還要再2次加工..........切硝口都是鐵削.....

they use a piezoelectric sensor that feels the amount of unbalance and the position of it that way the strobe can be firing when needed no matter the spindle speed

これは何ですか

That takes some tough tools to stand up to an interrupted cut like that. These are awesome tools! In my 28 years of CNC lathe experience, these are the toughest tools I've seen to date.

I figured that was a given. a xenon tube connected to a circuit that's only closed when the spindle is within a specific range...dammit now I want to make one.

does time lapse between each frame?

wow that looks so awesome

хуй победишь

Hmm. The rotational speed is (audibly) varied to keep cutting speed optimal. That means the exposure needs to be adjusted as well. I don't think it is easily managable to adjust the shutterspeed or frames per second to the rotation, since other electronics inside the camera wouldn't allow that (internal syncing). The only other possibillity is that a strobe light is used that is synced with the rotational speed, to create the stationary illusion.

I <3 CNC

very well done!

Because you can see the shadow of the other side of the part due to ambient lighting, I'd say he probably is using a strobe.

actually if u mill half the part away then film it normaly, at high speeds you can get the same effect

Not sure the audio added to the viewing experience!

MeasureNow - Tolerances here? What are they to?

That's wild. They're actually varying the lathe RPM in real-time to maintain a fixed SFM cut-rate, even as the tool plunges! Incidentally, it's almost definitely a strobe-o-scope, from the fact that the part appears more or less blurred depending on the spindle RPM. I would guess they're tapping off an encoder on the spindle to get proper synchronization. Assuming the proper signals are made available, it wouldn't be hard to do. You would need a spindle tach anyways for the NC control.

Yeah... okay. What the frakk is he making... well, half of?

How do they align the phases?

I can think of at least one way to sync it up, possibly three if lots of processing power or an output from the machine is available. Otherwise? Bounce a frickin' laser beam off the half-cut surface, trigger the strobe when it hits a sensor. You don't really have to match the fps, if the exposure is long enough and the strobe the only light source.