Aarc Techmech
Always Ahead in Reliable Cutting!
Carbide Turning Inserts
OPF
Special designed for steel finishing;
Unique design efficiently controls the form of chip and breaks chip;
Sharp cutting edge, smooth cutting;
Excellent surface quality.
OTM
Flat cutting edge design,good
wear-resistance and breakage
resistance.
Inclination angle combination
structure can control the chip
breaking direction efficiently.
OMF
Special designed rake angle and cutting edge inclination；
Sharp cutting edge, small cutting force;
Good machining surface quality.
OMM
Special chipbreaker design to keep
cutting edge sharp and safe;
Good anti impact resistance;
Excellent tool life time;
OKM
Wide support surface for stable clamping and preventing chipping
Sharp cutting edge, improve workpiece surface quality
Excellent chipping resistance in continuous machining
High quality surface roughness
OKR
Wide support surface for stable clamping and preventing chipping
Optimized edge width for high-speed, high-feed machining
Excellent chipping resistance in interrupted machining
Improve machining stability and extend tool life
OTF
Special chip breaker structure makes excellent chip breaking even at small cutting depth.
Sharp cutting edge, cutting smoothly and quickly.
OPR
Three-dimension designed with double rake angle, wide
margin and negative chamfer;
Wonderful blade intensity gives a longer tool life time;
Suitable for steel roughing machining.
MSF
Three-dimension designed with double
rake angle;
Sharp cutting edge and lower cutting
resistance;
Efficiently solved build up edge, work
hardening and other machining problems.
Cutting edge inclination designation is
good to control chip flow direction and
obtains excellent Surface quality.
MF
Special chipbreaker design to keep both
sharp cutting edge and increased blade
intensity;
Efficiently solved break chip, high cutting
temperature, sticking, work hardening and
other machining problems.
It has very excellent effiiciency
SMM
Three-dimensional groove design with large rake angle;
Sharp cutting edge and low cutting force;
Processing difficulties such as high temperature processing and work hardening;
Suitable for finishing of super-alloy materials.
OPM
Negative chamfer designation gives
blade good strength;
Double chipbreaker lands, makes
bigger chip control range.
OTF
Special chip breaker structure makes excellent chip breaking even at small cutting depth.
Sharp cutting edge, cutting smoothly and quickly.
OSM
Effectively control chip curling and flow;
Sharp cutting edge, smooth quick cutting;
Proper edge strength gives a longer service life
OTR
Flat cutting edge with big rake angle,gives good wear-resistance. Varying chip breaker depth design, good performance on chip breaking control.
OTM
Flat cutting edge design,good wear-resistance and breakage resistance.
Inclination angle combination structure can control the chip breaking direction efficiently.
T Shape Insert
V Shape Insert
W Shape Insert
S Shape Insert
R Shape Insert
C Shape Insert
D Shape
Heavy Load Turning
