Grooving & Parting-off Machining demonstration | Seco Tools
Vložit
- čas přidán 18. 02. 2014
- When it comes to parting-off operations without lateral deflection with large diameters, the system 150.10 is the right choice. The reason is that the blades are made of strong High Speed Steel; the lateral forces are reduced to a minimum thanks to the patented Seco grooving insert. This means that no convex surfaces are created and higher feed can be realized.
Follow us on social media:
LinkedIn: / seco-tools
Instagram: / secotools
Twitter: / secotools
Facebook: / secotoolsab - Věda a technologie
Ive watched all your tool videos. You have some amazing tools.
SECO er det beste værktøj jeg har brugt i mange år Erik Lange Nielsen (Maskinarbejder& Smed)
Damn!!!! Thats awesome.
My words exactly.
perfection!
How can I purchase the parting tool from this site?
Wow so good for 100cr6
Quick Question: I have always set parting tool Z 0 to the back of the tool. I am at a new job now and all the programs are written to the front of the tool AND many of them are so old and mixed up they use different thickness blades. If they only would set the tool different it wouldn't matter how thick the blade was. I am used to a small shop, is it common to set parting tools this way?
I´m setting Z zero point on parting blade to the corner which is closer to the chuck.... We´re using 3mm inserts for part-off, so if piece is 30mm, I´ll just add the thickness of parting blade to my part off Z point.... Z-33 in this case.
Wow, I couldn't stop watching your videos. I was wondering, Can I use your videos for my compilation? I would give you full credits!
Sure, go ahead and give us credit please :)
@@SecoToolsAB Thank you!
Sir I need this toolbar..how can approach you??
Hi Seco! Can u help me? I using the same cut off tool with TGP45. My problem: I cant break the chip. Now using Vc=160 F0.22. Material ST52 (E355 +C) pipe, outer Diameter 40,inner D20.i tried Changing the Vc from 130 to 170 and F 0.1- 0.25 but nothing. The chips doesnt breakin...help me pls without pecking.
Try vc 80 , f0.09-0.12 , i use this values on a 2.5mm wide cp500 grade part off insert , in the same 150.10.xxxxxx blade .
But i have a lot of trouble breaking a chip on a 2mm wide iscar part off tool... :(
is the lathe raising its speed while the diameter is decreasing???? sounds like it
+Oliver Diaz It does exactly that, the smaller the diameter the faster its turning.
It's called constant surface speed, can be programmed in the code
Yes since the effective surface speed goes down the closer to the axis of rotation you get so increasing the rpms helps to maintain a constant surface speed.