Few people know how these carbide inserts work in turning metal
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- Опубликовано: 5 сен 2024
- A Brief Chat about Carbide Tooling !!!
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Thanks again for sharing an insert video!
You're welcome my friend and you're welcome!
Thanks for the master class!
Thanks, bro😉
Bonjour de France 😊
Et merci pour la démonstration ....
Tu es le bienvenu, mon ami, et tu es le bienvenu !
Great job my friend!
Thanks, bro!
Thx a lot for showing !
You're welcome my friend and you're welcome!
Great video! Thanks my friend👍👍👍
Thanks, my friend🙂
Very interesting; I think your idea to not use any language is a good idea because all the people can understand without audio ; good work friend from an italian designer 😉 😊
Thank you so much my friend and welcome!
Con queste prove si capisce chiaramente quello che funziona bene! Ottimo video👋👍👍
Die gleichen Erfahrungen habe ich mit den Schneidplatten auch gemacht.
Viel zu hoher Schneiddruck.
Ich stimme Ihnen vollkommen zu! Die ersten beiden Platten sind sehr schlecht im Vergleich zu der dritten chinesischen Platte, die ich auf aliexpress gekauft! Vielen Dank fürs Zuschauen mein Freund👍🤝🙏
Lubrification ❤
Try a ccmt . Baby chips, even turning .250
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Thanks, bro!
That was very interesting and educational thanks for sharing
Tnmg. Love'um.
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Yo. Tenía unos insertos gastados me hice un porta inserto y afile el inserto le di más ángulo..de insistencia ..creo que es es el que toca la pieza ...y más uña..arriba y saco pasadas de 8mm...un bisturi
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where did you get a batch of carbide insert like you have?
Naration would have helped explain the video.
Welcome!
rpm's too fast and feed rate too slow, slow down the rpm's and increase feed rate for a piece as small as the one you had should be about 350 rpm's and 15 to 20 thousandth per revolution. you obviously have never done this for a living
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Rpm is not too high for tungsten inserts but feedrate is too slow good feedrate that insert is 0,2-0,4mm/rew
Not sure if you did it for a living, but every carbide insert has specified cutting speed. At the end you can see that the last insert has Vc=80-160m/min. So assuming the part has 50mm diameter we can calculate rpms. Vc=pi*D*RPM/1000. For 50mm part it is at least 500rpm. If you would run this part 350rpms it would be out of specification for this insert. But I agree about the feed that it is too low. It is not specified at insert box - it might be because of low quality of insert. Most of the cases specified feed is on range like 0.1-0.4 mm/rev
And one important thing, smaller diameter the part is the greater RPMs should be used as cutting speed is decreasing. That's why big lathes have lower range of rpms comparing them to small ones
Jen ukazuješ, že tomu nerozumíš.
Welcome!
I really don't see anything in that video about HOW inserts work. What's more, are you saying that's the only insert you need. Go and explain that to all the pro shops that will have uses for the inserts you gave a thumbs down to.
Why you make this video, if you don't know nothing with feed& speeds. It' s not inserts fault if you don't use right speeds and feeds that wnmg inset will breaks very good ships, if you use correct feeds
Pointless without any verbal explanation on what, why and how, could you imagine if schools tried this form of teaching how little anyone would learn