Turning
Cross section geometry
Chip breaker
Features
Chip breaking range
A B
1st choice for heat resistant alloy medium turning Used in heat resistant alloy and titanium alloy medium turning. Large rake angle + small land width design, easy cutting, is also suitable for soft steel turning.
4$
SC3
0.15
A
0.15
B
G NNSFW
.$
MC3
1st choice for stainless steel medium turning
0.29
A
12°
Sharp cutting edge, low cutting force, wide chip breaking range and good chip removal ability.
0.30
B
9°
G NNSFW
1%
0.25
Alternative chipbreaker for steel rough turning A strong cutting edge. Double rake angle design effectively reduces the cutting force, can still have good chip breaking at small cutting depth. Alternative chipbreaker for stainless steel and heat resistant alloy rough turning Large chip breaker design, smooth chip evacuation, good chip breaking, with high metal removal rate.
PD5
A
0.32
B
G NNSFW
.$
MC4
0.30
A
8°
0.32
B
6°
G NNSFW
,$
KC4
0.30
1st choice for cast iron turning It has strong cutting edge, reliable and stable performance.
A
0.30
B
G NNSFW
,%
KD5
1st choice for cast iron rough turning High cutting edge strength, suitable for interrupt cutting and unstable cutting.
0°
A
G NNSFW
32
Made with FlippingBook - Online Brochure Maker