CCGT 060201 FN-250 DX20

cutting data

Indexable Insert

Order Code:

(Corresponding ANSI size: CCGT 21.50.2)

Tungsten Carbide – Substrate
FN – Geometry
DX20 – Grade

Turning

0.01 mm - 2 mm – ap
0.0004" - 0.0787" – DOC

Milling

0 mm - 0 mm – ap
0" - 0" – DOC

Turning - metric starting values

Material	v_{c max}	v_{c min}	f_max	f_min
P1 Low Carbon Steel	0 m/min	0 m/min	0 mm	0 mm
P2 Alloy Steel	0 m/min	0 m/min	0 mm	0 mm
P3 Tool Steel	0 m/min	0 m/min	0 mm	0 mm
P4 Alloy Tool Steel	0 m/min	0 m/min	0 mm	0 mm
P5 Alloy Cast Steel	0 m/min	0 m/min	0 mm	0 mm
M1 Stainless Steel	160 m/min	140 m/min	0.05 mm	0.01 mm
M2 Stainless Steel - Austenitic, Martensitic	120 m/min	100 m/min	0.05 mm	0.01 mm
K1 Grey Cast Iron	0 m/min	0 m/min	0 mm	0 mm
K2 Cast Iron Malleable	0 m/min	0 m/min	0 mm	0 mm
N1 Copper Alloys	550 m/min	450 m/min	0.12 mm	0.01 mm
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2%	1900 m/min	500 m/min	0.12 mm	0.01 mm
N3 High-Silicon Aluminium Alloys , Si >12,2%	500 m/min	250 m/min	0.12 mm	0.01 mm
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass	500 m/min	100 m/min	0.25 mm	0.01 mm
N5 Carbon, Graphite Composites, CFRP	80 m/min	30 m/min	0.25 mm	0.01 mm
S1 Iron-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S2 Cobalt-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S3 Nickel-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S4 Titanium and Titanium-based Alloys	0 m/min	0 m/min	0 mm	0 mm
H1 Hardened Steel C0.2% - C0.8%	0 m/min	0 m/min	0 mm	0 mm
H2 Hardened Steel C0.8% - C2.1%	0 m/min	0 m/min	0 mm	0 mm

Turning - imperial starting values

Material	v_{c max}	v_{c min}	f_max	f_min
P1 Low Carbon Steel	0 SFM	0 SFM	0 IPR	0 IPR
P2 Alloy Steel	0 SFM	0 SFM	0 IPR	0 IPR
P3 Tool Steel	0 SFM	0 SFM	0 IPR	0 IPR
P4 Alloy Tool Steel	0 SFM	0 SFM	0 IPR	0 IPR
P5 Alloy Cast Steel	0 SFM	0 SFM	0 IPR	0 IPR
M1 Stainless Steel	525 SFM	459 SFM	0.002 IPR	0.0004 IPR
M2 Stainless Steel - Austenitic, Martensitic	394 SFM	328 SFM	0.002 IPR	0.0004 IPR
K1 Grey Cast Iron	0 SFM	0 SFM	0 IPR	0 IPR
K2 Cast Iron Malleable	0 SFM	0 SFM	0 IPR	0 IPR
N1 Copper Alloys	1804 SFM	1476 SFM	0.0047 IPR	0.0004 IPR
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2%	6234 SFM	1640 SFM	0.0047 IPR	0.0004 IPR
N3 High-Silicon Aluminium Alloys , Si >12,2%	1640 SFM	820 SFM	0.0047 IPR	0.0004 IPR
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass	1640 SFM	328 SFM	0.0098 IPR	0.0004 IPR
N5 Carbon, Graphite Composites, CFRP	262 SFM	98 SFM	0.0098 IPR	0.0004 IPR
S1 Iron-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPR	0 IPR
S2 Cobalt-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPR	0 IPR
S3 Nickel-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPR	0 IPR
S4 Titanium and Titanium-based Alloys	0 SFM	0 SFM	0 IPR	0 IPR
H1 Hardened Steel C0.2% - C0.8%	0 SFM	0 SFM	0 IPR	0 IPR
H2 Hardened Steel C0.8% - C2.1%	0 SFM	0 SFM	0 IPR	0 IPR

Milling - metric starting values

Material	v_{c max}	v_{c min}	f_{z max}	f_{z min}
P1 Low Carbon Steel	0 m/min	0 m/min	0 mm	0 mm
P2 Alloy Steel	0 m/min	0 m/min	0 mm	0 mm
P3 Tool Steel	0 m/min	0 m/min	0 mm	0 mm
P4 Alloy Tool Steel	0 m/min	0 m/min	0 mm	0 mm
P5 Alloy Cast Steel	0 m/min	0 m/min	0 mm	0 mm
M1 Stainless Steel	0 m/min	0 m/min	0 mm	0 mm
M2 Stainless Steel - Austenitic, Martensitic	0 m/min	0 m/min	0 mm	0 mm
K1 Grey Cast Iron	0 m/min	0 m/min	0 mm	0 mm
K2 Cast Iron Malleable	0 m/min	0 m/min	0 mm	0 mm
N1 Copper Alloys	0 m/min	0 m/min	0 mm	0 mm
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2%	0 m/min	0 m/min	0 mm	0 mm
N3 High-Silicon Aluminium Alloys , Si >12,2%	0 m/min	0 m/min	0 mm	0 mm
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass	0 m/min	0 m/min	0 mm	0 mm
N5 Carbon, Graphite Composites, CFRP	0 m/min	0 m/min	0 mm	0 mm
S1 Iron-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S2 Cobalt-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S3 Nickel-Based, Heat-Resistant Alloys	0 m/min	0 m/min	0 mm	0 mm
S4 Titanium and Titanium-based Alloys	0 m/min	0 m/min	0 mm	0 mm
H1 Hardened Steel C0.2% - C0.8%	0 m/min	0 m/min	0 mm	0 mm
H2 Hardened Steel C0.8% - C2.1%	0 m/min	0 m/min	0 mm	0 mm

Milling - imperial starting values

Material	v_{c max}	v_{c min}	f_{z max}	f_{z min}
P1 Low Carbon Steel	0 SFM	0 SFM	0 IPT	0 IPT
P2 Alloy Steel	0 SFM	0 SFM	0 IPT	0 IPT
P3 Tool Steel	0 SFM	0 SFM	0 IPT	0 IPT
P4 Alloy Tool Steel	0 SFM	0 SFM	0 IPT	0 IPT
P5 Alloy Cast Steel	0 SFM	0 SFM	0 IPT	0 IPT
M1 Stainless Steel	0 SFM	0 SFM	0 IPT	0 IPT
M2 Stainless Steel - Austenitic, Martensitic	0 SFM	0 SFM	0 IPT	0 IPT
K1 Grey Cast Iron	0 SFM	0 SFM	0 IPT	0 IPT
K2 Cast Iron Malleable	0 SFM	0 SFM	0 IPT	0 IPT
N1 Copper Alloys	0 SFM	0 SFM	0 IPT	0 IPT
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2%	0 SFM	0 SFM	0 IPT	0 IPT
N3 High-Silicon Aluminium Alloys , Si >12,2%	0 SFM	0 SFM	0 IPT	0 IPT
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass	0 SFM	0 SFM	0 IPT	0 IPT
N5 Carbon, Graphite Composites, CFRP	0 SFM	0 SFM	0 IPT	0 IPT
S1 Iron-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPT	0 IPT
S2 Cobalt-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPT	0 IPT
S3 Nickel-Based, Heat-Resistant Alloys	0 SFM	0 SFM	0 IPT	0 IPT
S4 Titanium and Titanium-based Alloys	0 SFM	0 SFM	0 IPT	0 IPT
H1 Hardened Steel C0.2% - C0.8%	0 SFM	0 SFM	0 IPT	0 IPT
H2 Hardened Steel C0.8% - C2.1%	0 SFM	0 SFM	0 IPT	0 IPT

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All technology data are recommendations. Relevant know-how in the proper handling of cutting tools is not replaced by this platform. Feed rate and cutting depth must be chosen so that the chip section does not exceed a value that could damage the tool or machine and also pays enough attention to the stability of the tool and clamping.