It was already there… CERATIZIT FreeTurn.

The innovation was done by CERATIZIT (Called FreeTurn)

It was already there… CERATIZIT FreeTurn.

Ceratizit free turn was first.

He works for CERATIZIT? I mean… FreeTurn

Id buy ut for sure. I run WW2era machinea all day cuz Arbeit Macht Frei. But them old machines can be clattering and banging looking beat to shit and still holding 1 or 2 ten-thousandths as if theiy have been rebuilt every 3 months their entire lives. What im circuitously saying is the people who designed the stuff to make the stuff before comphter codes and robotic semi autonomous and now fully autonomous machines seriously knew theri shizzle. And calculated that accuracy with slide rules and whatnot. I thought trichoidial milling was cool, ima have to search the metal filings and chips for the truth of this newfangled fancy machine wrangling of 3 dimensional spatial relations. Not right this second though The brain is quickly approaching "uh hurrrrr derp de durrrr" energy, so were sleeping now. Well in a few seconds Yall understand Maybe Jeez i cant he coherent sometimes

How do you like the tc? I got s clx 450 v6

CLX 450 TC is a really nice machine. I will probably buy one soon. But I’m not sure you can do like this in that machine. The B-axis are only able do index in fixed positions.

@@samuellindkvist Cycle for freeturn is option and cost 3200€ for clx tc, but you do not need it if you have cam program. Mine come next month, i take it with all option i just dont take automatic door, cominicaton for robot and part catcher.

@@samuellindkvist i Think they only use the spindle axis

@@nikolaiownz I should do a sphere (balljoint) and my salesguy told me CLX TC can’t do that because of the B-axis is only indexable, and pointed me against a CTX or NTX. But you are 100% correct. They only use the spindle axis of course. But the form tolerance might be questionable? Would be interesting to run the profile in a contracer and see results.

Advantages are many! First one is that you get stable machining and really good chip control. This as Y-axis means main cutting forces are directed into the machine spindle, which provides high process stability. By keeping a constant entering angle during machining, chips can be controlled in an optimal way. And a second thing is that all operations and complex shapes or pockets can be machined with one single tool, with the benefits of reduced tool change time and tool inventory (just to mention a few ) Please read more on our website if you want to know more ( www.sandvik.coromant.com/en-gb/tools/turning-tools/external-turning-tools/coroplex-yt )

Yea its all about where cutting forces are directed. The V axis rotation is just showing off.

I would imagine it's a pain in the **** to machine tight tolerances with this many direction changes and different tool angles. If there are more than 3 axis in a toolpath involved, machines start to get inaccurate at a certain point.

This method idea has been around for some time, our first patent in the area is actually 20 yrs old. (patents.google.com/patent/EP1415742B1/en?oq=EP1415742B1) Finally, now time is mature to bring great ideas to life with CAM support and machine capability available.

@@sandvikcoromant Yall been crushing it with the replies in your video comments. Lots of great info. Keep up the good work.

Ciao! Rotating the tool around its own center gives much better access in complex components compared to machining in X and 'B-axis-turning'. Hope this answers your question!

Hi! The machine is a Index G420. Hope you like the video!

Yes, programming can be a bit tricky. However there are CAM softwares that support this already today. GibbsCAM is one of them. We recommend to reach out to your local Sandvik Coromant representative if you have specific requests on programming.

Это как бы само собой , что генератор траектории должен про такие финты быть в курсах ;)

@@101picofarad Да там и станок не должен быть удивлен таким финтам... Это надо что бы этот multitask станок умел вращать фрезерную голову на рабочей подаче при точении. Я вот встречал дискретное перемещение с фиксацией для точения в градусов так 5, если не больше. А уж про плавный переход значения корректора инструмента из одного положения в другое... Ну это прям коррекция токарного резца как как при 5-ти осевой фрезерной обработке

Hi! This demo is made with Siemens NX with some 'hands on' modifications. Hope this answers your question!

@@sandvikcoromant Could you clarify or can I find somewhere what kind of 'hands on' modifications were necessary?

What we mean with "hands on modifications" is that we use a custom post processor developed for this purpose. If you want more information, please contact your Siemens NX, GibbsCam or your other CAM supplier for support. Note that machine must also have option for interpolation of milling spindle when turning.

Hi Ron! Please find more information about the cutting tools and assortment on our website; www.sandvik.coromant.com/en-gb/tools/tooling-systems/multi-task-machines-tooling/coroplex-yt