TURNING INSERTS | POSITIVE RAKE
CCMT-MM
80° diamond inserts for turning and facing or boring and facing. Positive rake, screw-down inserts. MM: Ultra-sharp cutting edge geometry for finishing and semi-finishing operations. Low cutting forces and superior workpiece surface finish.
d
7°
r
s
l
CUTTING DATA (INCH)
DIMENSIONS (INCH)
STEEL
ANSI DESIGNATION
ISO DESIGNATION
depth of cut, a p
feed per rev, f n
d l
s
r
P105
P115
P125
-
CCMT 2(1.5)0.5-MM CCMT 060202-MM 1/4 .254 3/32 .008 .004 - .031 .002 - .005
DPL100027 DPL100028
CCMT 2(1.5)1-MM
CCMT 060204-MM 1/4 .254 3/32 1/64 .004 - .047 .002 - .006
DPL100033 DPL100034 DPL100035
CCMT 3(2.5)0.5-MM CCMT 09T302-MM 3/8 .381 5/32 .008 .004 - .031 .002 - .005
-
DPL100042 DPL100043
CCMT 3(2.5)1-MM
CCMT 09T304-MM 3/8 .381 5/32 1/64 .004 - .062 .002 - .006
DPL100050 DPL100051
DPL100052
CCMT 3(2.5)2-MM
CCMT 09T308-MM 3/8 .381 5/32 1/32 .004 - .062 003 - .008
DPL100059 DPL100060 DPL100061
Ordering Example: 20 pcs CCMT 3(2.5)2-MM P125; DPL100061
CCMT-MM
80° diamond inserts for turning and facing or boring and facing. Positive rake, screw-down inserts. MM: Ultra-sharp cutting edge geometry for finishing and semi-finishing operations. Low cutting forces and superior workpiece surface finish.
d
7°
r
s
l
CUTTING DATA (INCH)
DIMENSIONS (INCH)
M S
M
ANSI DESIGNATION
ISO DESIGNATION
MULTI-MATERIAL S515
depth of cut, a p
feed per rev, f n
d l
s
r
M225
CCMT 2(1.5)0.5-MM
CCMT 060202-MM 1/4 .254 3/32 .008 .004 - .031 .002 - .005
DPL100029
DPL100026
CCMT 2(1.5)1-MM
CCMT 060204-MM 1/4 .254 3/32 1/64 .004 - .047 .002 - .006
DPL100036
DPL100032
CCMT 3(2.5)0.5-MM
CCMT 09T302-MM 3/8 .381 5/32 .008 .004 - .031 .002 - .005
DPL100044
DPL100041
CCMT 3(2.5)1-MM
CCMT 09T304-MM 3/8 .381 5/32 1/64 .004 - .062 .002 - .006
DPL100053
DPL100049
CCMT 3(2.5)2-MM
CCMT 09T308-MM 3/8 .381 5/32 1/32 .004 - .062 003 - .008
DPL100062
DPL100058
Ordering Example: 20 pcs CCMT 3(2.5)2-MM M225; DPL100058 NOTE: The primary application area for grade S515 is in stainless steel workpiece materials. S515 is also suitable for use with iron-based, cobalt- based and nickel-based Heat Resistant Super Alloys.
REFERENCE PAGES
4
38 TECHNICAL INFORMATION
63
CUTTING SPEED RECOMMENDATIONS
GRADE SELECTION
40
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