2014-2015 Полный каталог инструмента Mitsubishi (Митсубиси) EN
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TURNING INSERTS
TURNING INSERTS CLASSIFICATION
Application
Tolerance5° POSITIVE INSERTS WITH HOLE
Breaker Name Features Cross Section
and Geometry
Picture
FP First recommendation for finishing carbon steel and Carbon Steel • Alloy Steel Nose
alloy steel
3 6°
ap (mm)
Breaker protrusion at the corner tip controls chips even at small 2 Flank
depth of cut. 1
Maintains the edge strength at the corner and prevents sudden fractures. 0 0.1 0.2 0.3 0.4 6°
f (mm/rev)
FM First recommendation for finishing stainless steel Stainless Steel Nose
6°
Breaker protrusion at the corner tip controls chips even at small 3
ap (mm) Flank
M depth of cut. 2
Maintains the edge strength at the corner and prevents sudden fractures. 1
Finish Cutting
0 0.1 0.2 0.3 0.4 6°
f (mm/rev)
FV First recommendation for finishing carbon steel, Carbon Steel • Alloy Steel Nose
alloy steel, mild steel and stainless steel 3 18°
ap (mm)
Suitable for low depths of cut and low feed rates. 2
Sharp cutting edge and low resistance design achieves excellent cutting 1 Flank
performance. 0 0.1 0.2 0.3 0.4 8°
f (mm/rev)
R/L-F Finishing Carbon Steel • Alloy Steel Flank
Lead chipbreaker controls chip flow. 3ap (mm)
G Sharp cutting edge gives a good surface finish. 2 13°
1
0 0.1 0.2 0.3 0.4
f (mm/rev)
LP First recommendation for light cutting of carbon Carbon Steel • Alloy Steel Nose
steel and alloy steel 3 18°
ap (mm)
Sharp cutting edge due to a large rake angle. 2 Flank
Prevents welding of the insert and controls white turbidity of the surface finish. 1
Breaker protrusion suitable for depth of cut area achieves a wide 0 0.1 0.2 0.3 0.4 8°
range of chip control.
f (mm/rev)
Light Cutting LM First recommendation for light cutting of stainless Stainless Steel Nose
steel 18°
3
ap (mm)
M Sharp cutting edge due to a large rake angle. 2 Flank
Prevents welding of the insert and controls white turbidity of the surface finish. 1
Breaker protrusion suitable for depth of cut area achieves a wide 0 0.1 0.2 0.3 0.4 8°
range of chip control.
f (mm/rev)
SV Light cutting of carbon steel, alloy steel, mild steel Carbon Steel • Alloy Steel Nose
and stainless steel 3 18°
ap (mm)
Large rake angle provides sharp cutting action. 2
A peninsular dot ensures chip control at depths of cut under 1mm. 1 Flank
0 0.1 0.2 0.3 0.4 8°
f (mm/rev)
MP First recommendation for medium cutting of carbon Carbon Steel • Alloy Steel Nose
steel and alloy steel 3 18° 0.1
Good balance of wear resistance and fracture resistance because of ap (mm) 2
Medium Cutting the flat land cutting edge. 1 Flank
A wide chip pocket controls increasing of the cutting resistance and 0 0.1 0.2 0.3 0.4 18° 0.1
reduces vibration and chip jamming even at large depth of cut.
f (mm/rev)
M First recommendation for medium cutting of Stainless Steel Nose
stainless steel 0.1
MM 3 18°
Good balance of wear resistance and fracture resistance because of ap (mm) 2 Flank
the flat land cutting edge. 1 18° 0.1
A wide chip pocket controls increasing of the cutting resistance and 0 0.1 0.2 0.3 0.4
reduces vibration and chip jamming even at large depth of cut.
f (mm/rev)
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