IMTS 2016: Diamond Chip Breaker Type 3D-active “Outshines” Laser-Manufactured Chip Breakers
Description
Since the first patent application for the laser-manufactured chip breaker type CO (Patent EP 1023961) in January 1999, LACH DIAMOND succeeded in another quantum leap innovation.
This sensational invention shows solutions for all aluminum machining – aluminum wrought alloys and copper alloys - as well as during use of MQL – which would not be possible with traditional laser-manufactured PCD chip breakers.
An example are chip breaker models, only recently described as state-of-the-art, which create chip breaking from feed rates only above 1.0 mm.
The new invention of the diamond chip breaker type 3D-active appears to be an all-rounder with, so to speak, titanic powers.
During fine finishing, type 3D-active will reliably generate chip breaking – even with a feed of 0.1 mm (!) – and is therefore ideal as active chip breaker for machining thin-walled or unstable components. Roughing with a feed of up to 5 mm – depending on the size of the diamond cutting edge.
There will be no heat development, even at maximal use, due to the special construction.
Recommended cutting speeds are 800 – 2500 m/min with feeds of 0.05 - 0.3 mm/R.
The new developed diamond chip breaker Type 3D-active has been applied for patent.
This sensational invention shows solutions for all aluminum machining – aluminum wrought alloys and copper alloys - as well as during use of MQL – which would not be possible with traditional laser-manufactured PCD chip breakers.
An example are chip breaker models, only recently described as state-of-the-art, which create chip breaking from feed rates only above 1.0 mm.
The new invention of the diamond chip breaker type 3D-active appears to be an all-rounder with, so to speak, titanic powers.
During fine finishing, type 3D-active will reliably generate chip breaking – even with a feed of 0.1 mm (!) – and is therefore ideal as active chip breaker for machining thin-walled or unstable components. Roughing with a feed of up to 5 mm – depending on the size of the diamond cutting edge.
There will be no heat development, even at maximal use, due to the special construction.
Recommended cutting speeds are 800 – 2500 m/min with feeds of 0.05 - 0.3 mm/R.
The new developed diamond chip breaker Type 3D-active has been applied for patent.
Specs
Booth: W-2108
- Roughing Feed: up to 5 mm
- Cutting Speeds: 800-2,500 m/min
- Feeds: 0.05-0.3mm/R