Turning ISO Turning Inserts
Cross section geometry
Application
Chip breaker
Features
Chip breaking range
A B
1st choice for steel semi finish turning The positive rake angle combined with small land guaranteed edge strength and sharpness, reduced the cutting force. The wavy side edge design has a good chip breaking result in small leading angle turning on the shoulder, and in profile turning at different cutting depths. Alternative chipbreaker for steel semi-finish turning Unique geometry design offers wider chip breaking range. Double rake angle makes the cutting smoothly. Enhanced insert tip reduced crater wear. 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. 1st choice for stainless steel medium turning Sharp cutting edge, low cutting force, wide chip breaking range and good chip removal ability. 1st choice for steel medium turning It has a strong chip control ability at low feed and cutting depth, and reduces crater wear. The chip breaking is also very good at high feed and cutting depth due to the geometry design. Double rake angle design makes sharp cutting edge and reduces cutting force. 1st choice for carbon steel & alloyed steel (medium-cutting conditions) Alternative chip breaker for cast iron finishing & light-duty machining Wide applicability across P, M, K-class workpiece materials for general-purpose medium-duty machining. Positive land angle geometry for reduced cutting forces and enhanced process stability. Features an optimized edge preparation technique to balance cutting-edge sharpness and strength.
1#
0.12
PB3
A
0.12
B
G NNSFW
1$
PC3
0.15
A
0.21
B
Semi- finishing
G NNSFW
4$
0.15
SC3
A
0.15
B
G NNSFW
.$
MC3
0.29
A
12°
0.30
B
9°
G NNSFW
1%
0.20
PD3
A
0.20
B
G NNSFW
Medium
UC4
0.20
UC4
A
0.20
B
30
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