Tool for Shallow, High Feed Cuts Speeds Roughing
Walter USA has added polycristalline diamond (PCD) grooving inserts to its Walter Cut GX grooving system. These straight-edge (F1) and full-radius (M1) geometries are designed for grooving in aluminum and titanium alloys, enabling high cutting speed, lengthening tool life and improving surface quality in grooving, parting and recessing operations. The inserts are said to be ideal for aerospace, Indexable Milling Insert medical device and automotive applications.
The wear-resistant WDN10 Carbide Milling inserts PCD grade provides high hardness, a low coefficient of friction and minimal heat distortion for high-speed machining of nonferrous materials.
The GX24-WDN10 inserts feature chipbreaker geometry, laser-marked ISO and ANSI corner-radius designation, and widths ranging from 0.078" to 0.118" (2 to 8 mm).
The Cemented Carbide Blog: http://leanderfit.mee.nu/
Walter USA has added polycristalline diamond (PCD) grooving inserts to its Walter Cut GX grooving system. These straight-edge (F1) and full-radius (M1) geometries are designed for grooving in aluminum and titanium alloys, enabling high cutting speed, lengthening tool life and improving surface quality in grooving, parting and recessing operations. The inserts are said to be ideal for aerospace, Indexable Milling Insert medical device and automotive applications.
The wear-resistant WDN10 Carbide Milling inserts PCD grade provides high hardness, a low coefficient of friction and minimal heat distortion for high-speed machining of nonferrous materials.
The GX24-WDN10 inserts feature chipbreaker geometry, laser-marked ISO and ANSI corner-radius designation, and widths ranging from 0.078" to 0.118" (2 to 8 mm).
The Cemented Carbide Blog: http://leanderfit.mee.nu/
