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KDMB • Ball Nose Finisher • Necked End Mills • Steel Shank • Inch

Name: KDMB • Ball Nose Finisher • Necked End Mills • Steel Shank • Inch
SKU: 2878443
Rating: 0 (0 reviews)

Indexable Ball Nose Finisher

Número de material2878443

ID do catálogo ISOKDMB1250R827A125SNID do catálogo ANSIKDMB1250R827A125SN

KDMB - Ball Nose Finisher - Necked End Mills - Steel Shank - Inch 2878443 - Kennametal

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Preço de tabela

$575.77/cada

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P Steel
M Stainless Steel
K Cast Iron
N Non-Ferrous
S High-Temp Alloys
H Hardened Materials
Fresamento de rampa: blank
Abertura de canal: ponta esférica
Fresamento lateral/fresamento de canto: ponta esférica
Fresamento de perfil 3D
Haste — Cilíndrica lisa
Fresamento de cavidade

Visão geral
Dados de aplicação
Transferências
Lado da máquina de peças compatíveis
Lado da peça de peças compatíveis
Peças de substituição
Revisão
Q&A

Métrico

Polegada

Número de material	2878443
ID do catálogo ISO	KDMB1250R827A125SN
ID do catálogo ANSI	KDMB1250R827A125SN
[D1] Effective Cutting Diameter	31.75 mm
[D1] Effective Cutting Diameter	1.25 in
[D] Adapter / Shank / Bore Diameter	31.75 mm
[D] Adapter / Shank / Bore Diameter	1.25 in
[D3] Neck Diameter	28.6 mm
[D3] Neck Diameter	1.126 in
[L] Overall Length	210 mm
[L] Overall Length	8.268 in
[L2] Head Length	80 mm
[L2] Head Length	3.15 in
[AP1MAX] 1st Maximum Cutting Depth	15.875 mm
[AP1MAX] 1st Maximum Cutting Depth	.625 in
Number of Inserts	1
[Z] Number of Flutes	2
Coolant Supply	N
Maximum Ramping Angle	3
Max RPM	40000
Gage Insert	KDMB1250.
Weight Pounds	2.57

See all Product Variants

Materiais das peças

Steel
Stainless Steel
Cast Iron
Non-Ferrous
High-Temp Alloys
Hardened Materials

Usos e aplicações

Fresamento de rampa: blank
Abertura de canal: ponta esférica
Fresamento lateral/fresamento de canto: ponta esférica
Fresamento de perfil 3D
Haste — Cilíndrica lisa
Fresamento de cavidade

Características e benefícios

Cutting diameter ranges from .375–1.250".
Ball nose finishers for 3D milling applications.
Suitable for roughing and fi nishing operations.
High precision and runout accuracy.
Can be used with heat shrink technology, h6 shank tolerance.

Criar solução para calcular avanços e velocidade

Após criar uma solução basta escolher o ícone Avanços & Velocidades e o nosso sistema irá fornecer recomendações. Pode personalizar as informações adicionando a sua máquina e especificações ou fazer ajustes utilizando os controlos deslizantes.

Avanços

KDMB Ball Nose • .250"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.125	0.050	0.025	0.013
0.250	0.250	0.200	0.150	0.109

At .125 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP

At .050 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .025 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP

At .013 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.006	.008	.015	.004	.006	.011	.004	.005	.010	.004	.005	.009	.004	.005	.009	.E..LD
.E..GP	.006	.008	.015	.004	.006	.011	.004	.005	.010	.004	.005	.009	.004	.005	.009	.E..GP

KDMB Ball Nose • .312"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.156	0.047	0.031	0.016
0.313	0.313	0.223	0.188	0.136

At .156 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP

At .047 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .031 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP

At .016 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP

KDMB Ball Nose • .375"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.188	0.056	0.038	0.019
0.375	0.375	0.268	0.225	0.163

At .188 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP

At .056 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .038 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP

At .019 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP

KDMB Ball Nose • .500"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.250	0.075	0.050	0.025
0.500	0.500	0.357	0.300	0.218

At .250 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP
.E..GN	.007	.010	.018	.005	.008	.013	.004	.007	.011	.004	.006	.011	.004	.006	.011	.E..GN
.E..HC	.007	.014	.024	.005	.010	.018	.004	.009	.015	.004	.008	.014	.004	.008	.014	.E..HC

At .075 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .050 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP
.E..GN	.016	.024	.042	.012	.017	.031	.010	.015	.026	.009	.014	.025	.009	.014	.024	.E..GN
.E..HC	.016	.032	.057	.012	.023	.041	.010	.020	.035	.009	.019	.033	.009	.018	.032	.E..HC

At .025 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP
.E..GN	.009	.014	.025	.007	.011	.019	.006	.009	.016	.006	.009	.015	.006	.008	.015	.E..GN
.E..HC	.009	.019	.034	.007	.014	.025	.006	.012	.021	.006	.011	.020	.006	.011	.020	.E..HC

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP
.E..GN	.011	.017	.030	.008	.013	.022	.007	.011	.019	.007	.010	.018	.007	.010	.018	.E..GN
.E..HC	.011	.023	.041	.008	.017	.030	.007	.015	.026	.007	.014	.024	.007	.013	.023	.E..HC

KDMB Ball Nose • .625"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.313	0.094	0.063	0.031
0.625	0.625	0.446	0.375	0.272

At .313 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP
.E..HC	.007	.014	.024	.005	.010	.018	.004	.009	.015	.004	.008	.014	.004	.008	.014	.E..HC

At .094 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP
.E..HC	.009	.019	.034	.007	.014	.025	.006	.012	.021	.006	.011	.020	.006	.011	.020	.E..HC

At .063 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .031 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP
.E..HC	.016	.032	.057	.012	.023	.041	.010	.020	.035	.009	.019	.033	.009	.018	.032	.E..HC

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP
.E..HC	.011	.023	.041	.008	.017	.030	.007	.015	.026	.007	.014	.024	.007	.013	.023	.E..HC

KDMB Ball Nose • .750"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.375	0.113	0.075	0.038
0.750	0.750	0.536	0.450	0.327

At .375 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP
.E..GN	.007	.010	.018	.005	.008	.013	.004	.007	.011	.004	.006	.011	.004	.006	.011	.E..GN
.E..HC	.007	.014	.024	.005	.010	.018	.004	.009	.015	.004	.008	.014	.004	.008	.014	.E..HC

At .113 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .075 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP
.E..GN	.009	.014	.025	.007	.011	.019	.006	.009	.016	.006	.009	.015	.006	.008	.015	.E..GN
.E..HC	.009	.019	.034	.007	.014	.025	.006	.012	.021	.006	.011	.020	.006	.011	.020	.E..HC

At .038 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP
.E..GN	.016	.024	.042	.012	.017	.031	.010	.015	.026	.009	.014	.025	.009	.014	.024	.E..GN
.E..HC	.016	.032	.057	.012	.023	.041	.010	.020	.035	.009	.019	.033	.009	.018	.032	.E..HC

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP
.E..GN	.011	.017	.030	.008	.013	.022	.007	.011	.019	.007	.010	.018	.007	.010	.018	.E..GN
.E..HC	.011	.023	.041	.008	.017	.030	.007	.015	.026	.007	.014	.024	.007	.013	.023	.E..HC

KDMB Ball Nose • 1.00"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.500	0.150	0.100	0.050
1.000	1.000	0.714	0.600	0.436

At .500 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP
.E..GN	.007	.010	.018	.005	.008	.013	.004	.007	.011	.004	.006	.011	.004	.006	.011	.E..GN
.E..HC	.007	.014	.024	.005	.010	.018	.004	.009	.015	.004	.008	.014	.004	.008	.014	.E..HC

At .150 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .100 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP
.E..GN	.009	.014	.025	.007	.011	.019	.006	.009	.016	.006	.009	.015	.006	.008	.015	.E..GN
.E..HC	.009	.019	.034	.007	.014	.025	.006	.012	.021	.006	.011	.020	.006	.011	.020	.E..HC

At .050 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP
.E..GN	.016	.024	.042	.012	.017	.031	.010	.015	.026	.009	.014	.025	.009	.014	.024	.E..GN
.E..HC	.016	.032	.057	.012	.023	.041	.010	.020	.035	.009	.019	.033	.009	.018	.032	.E..HC

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP
.E..GN	.011	.017	.030	.008	.013	.022	.007	.011	.019	.007	.010	.018	.007	.010	.018	.E..GN
.E..HC	.011	.023	.041	.008	.017	.030	.007	.015	.026	.007	.014	.024	.007	.013	.023	.E..HC

KDMB Ball Nose • 1.25"

	Diâmetro de trabalho (Dw) à Profundidade de corte axial (ap)
D1 máx	0.625	0.188	0.125	0.063
1.250	1.250	0.893	0.750	0.545

At .625 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..LD
.E..GP	.005	.007	.012	.004	.005	.009	.003	.004	.008	.003	.004	.007	.003	.004	.007	.E..GP

At .188 Axial Depth of Cut (ap)

Usinagem leve

Usinagem geral

Usinagem pesada

At .125 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..LD
.E..GP	.011	.016	.028	.008	.012	.020	.007	.010	.018	.007	.009	.016	.006	.009	.016	.E..GP

At .063 Axial Depth of Cut (ap)

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..LD
.E..GP	.008	.011	.020	.006	.008	.015	.005	.007	.013	.005	.007	.012	.005	.007	.012	.E..GP

Geometria do Inserto	Avanço por faca inicial recomendado (fz = mm/faca) em relação à % de engajamento radial (ae)															Geometria do Inserto
	10%			20%			30%			40%			50–100%
.E..LD	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..LD
.E..GP	.007	.009	.017	.005	.007	.012	.004	.006	.011	.004	.006	.010	.004	.006	.010	.E..GP

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Velocidades

Recommended Starting Speeds [SFM]

Grupo de material		K115M			KC505M			KC515M			KC530M
P	1	–	–	–	–	–	–	1080	960	840	900	780	660
	2	–	–	–	–	–	–	1020	900	780	780	660	540
	3	–	–	–	–	–	–	900	780	660	660	600	540
	4	–	–	–	1180	860	710	780	660	540	600	540	480
	5	–	–	–	1180	860	710	660	540	420	540	480	420
	6	–	–	–	1140	780	620	540	420	360	420	360	300
M	1	–	–	–	–	–	–	1080	900	780	900	720	600
	2	–	–	–	–	–	–	900	720	540	600	480	420
	3	–	–	–	–	–	–	720	600	480	480	420	360
K	1	720	600	480	–	–	–	1440	1080	720	–	–	–
	2	600	480	360	–	–	–	1080	840	600	–	–	–
	3	360	300	240	–	–	–	480	360	240	–	–	–
N	1–2	1440	1080	720	–	–	–	–	–	–	–	–	–
	3	960	720	600	–	–	–	–	–	–	–	–	–
S	1	–	–	–	–	–	–	–	–	–	–	–	–
	2	–	–	–	–	–	–	–	–	–	–	–	–
	3	–	–	–	–	–	–	–	–	–	–	–	–
	4	300	230	160	–	–	–	–	–	–	260	200	170
H	1	–	–	–	860	670	550	550	400	310	–	–	–

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Seleção de insertos

KDMB Ball Nose Platform • .250"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
P3–P4	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
P5–P6	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
M1–M2	.E..GP	KC515M	.E..GP	KC515M	–	–
M3	.E..GP	KC515M	.E..GP	KC515M	–	–
K1–K2	.E..GP	KC515M	.E..GP	KC515M	–	–
K3	.E..GP	KC515M	.E..GP	KC515M	–	–
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	–	–	.E..GP	KC515M	–	–
H1	.E..GP	KC515M	.E..GP	KC515M	–	–

KDMB Ball Nose Platform • .312"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
M1–M2	.E..GP	KC515M	.E..GP	KC515M	–	–
M3	.E..GP	KC515M	.E..GP	KC515M	–	–
K1–K2	.E..GP	KC515M	–	–	–	–
K3	.E..GP	KC515M	–	–	–	–
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	–	–
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GP	KC515M

KDMB Ball Nose Platform • .375"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
M1–M2	.E..GP	KC515M	.E..GP	KC515M	–	–
M3	.E..GP	KC515M	.E..GP	KC515M	–	–
K1–K2	.E..GP	KC515M	.E..GP	KC515M	–	–
K3	.E..GP	KC515M	.E..GP	KC515M	–	–
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	–	–
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GP	KC515M

KDMB Ball Nose Platform • .500"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..HC	KC530M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
M1–M2	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
M3	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
K1–K2	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
K3	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	.E..HC	KC530M
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GN	KC515M

KDMB Ball Nose Platform • .625"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..HC	KC530M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
M1–M2	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
M3	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
K1–K2	.E..GP	KC515M	.E..GP	KC515M	–	–
K3	.E..GP	KC515M	.E..GP	KC515M	–	–
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	.E..HC	KC530M
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GP	KC515M

KDMB Ball Nose Platform • .750"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..HC	KC530M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
M1–M2	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
M3	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
K1–K2	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
K3	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	.E..HC	KC530M
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GN	KC515M

KDMB Ball Nose Platform • 1.00"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..HC	KC530M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..HC	KC530M
M1–M2	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
M3	.E..GP	KC515M	.E..HC	KC530M	.E..HC	KC530M
K1–K2	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
K3	.E..GP	KC515M	.E..GN	KC515M	.E..GN	KC515M
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M	.E..HC	KC530M
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GN	KC515M

KDMB Ball Nose Platform • 1.25"

Grupo de material	Usinagem leve		Usinagem geral		Usinagem pesada
–	(Geometria leve)		–		(Geometria reforçada)
–	resistência ao desgaste				tenacidade
–	Geometria	Classe	Geometria	Classe	Geometria	Classe
P1–P2	.E..GP	KC515M	.E..GP	KC515M	.E..GP	KC515M
P3–P4	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
P5–P6	.E..GP	KC505M	.E..GP	KC515M	.E..GP	KC515M
M1–M2	.E..GP	KC515M	.E..GP	KC515M	–	–
M3	.E..GP	KC515M	.E..GP	KC515M	–	–
K1–K2	.E..GP	KC515M	–	–	–	–
K3	.E..GP	KC515M	–	–	–	–
N1–N2	.E..LD	K115M	.E..LD	K115M	–	–
N3	.E..LD	K115M	.E..LD	K115M	–	–
S1–S2	–	–	–	–	–	–
S3	–	–	–	–	–	–
S4	.E..LD	K115M	.E..GP	KC515M
H1	.E..GP	KC505M	.E..GP	KC505M	.E..GP	KC515M

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ID do catálogo ISO

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TG150 Series • Inch

1014137

150TG1250

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HC-HSK Form A

1246540

HSK63AHC125500

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1246573

HSK100AHC125500

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Hydraulic Chuck • Standard Line • Inch • KM63XMZ

1514515

KM63XMZHC125394Y

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HC-CV Form AD

1605107

CV40HC125462

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1605144

CV50HC125462

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Hydraulic Chuck • Standard Line

2388649

KM63TSHC125400

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HC TREND-CV form B/AD

2979256

CV40BHCT125462

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HPMC High Performance Milling Chucks-CV form B/AD

3100361

CV40HPMC125591

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HPMC High Performance Milling Chucks-CV form B/AD

3100362

CV40HPMC125472

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Grão

Inserts for KDMB • KDMB-LD • Metric

3964243

KDMB32M0ERLD

KNS10

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Inserts for KDMB • KDMB-GC

6784089

KDMB1250M0ERGC

KCPH15

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Inserts for KDMB • KDMB-GP • Inch

6784090

KDMB1250M0ERGP

KCPK10

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Inserts for KDMB • KDMB-GN • Metric

6784121

KDMB32M0ERGN

KCPK10

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Inserts for KDMB • KDMB-GP • Metric

6784122

KDMB32M0ERGP

KCPK10

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6784123

KDMB32M0ERGP

KCU15

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6784124

KDMB32M0ERHC

KCPK25

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CHAVE - KT30

1099676

KT30

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PARAFUSO

1921717

193.389

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Mensagem Comercial

Produto semelhante ao:

KDMB • Ball Nose Finisher • Necked End Mills • Steel Shank • Inch

Indexable Ball Nose Finisher

Número de material2878443

ID do catálogo ISOKDMB1250R827A125SNID do catálogo ANSIKDMB1250R827A125SN

Sending to {{cadTool}} in progress...

Materiais das peças

Usos e aplicações

Características e benefícios

Avanços

KDMB Ball Nose • .250"

At .125 Axial Depth of Cut (ap)

At .050 Axial Depth of Cut (ap)

At .025 Axial Depth of Cut (ap)

At .013 Axial Depth of Cut (ap)

KDMB Ball Nose • .312"

At .156 Axial Depth of Cut (ap)

At .047 Axial Depth of Cut (ap)

At .031 Axial Depth of Cut (ap)

At .016 Axial Depth of Cut (ap)

KDMB Ball Nose • .375"

At .188 Axial Depth of Cut (ap)

At .056 Axial Depth of Cut (ap)

At .038 Axial Depth of Cut (ap)

At .019 Axial Depth of Cut (ap)

KDMB Ball Nose • .500"

At .250 Axial Depth of Cut (ap)

At .075 Axial Depth of Cut (ap)

At .050 Axial Depth of Cut (ap)

At .025 Axial Depth of Cut (ap)

KDMB Ball Nose • .625"

At .313 Axial Depth of Cut (ap)

At .094 Axial Depth of Cut (ap)

At .063 Axial Depth of Cut (ap)

At .031 Axial Depth of Cut (ap)

KDMB Ball Nose • .750"

At .375 Axial Depth of Cut (ap)

At .113 Axial Depth of Cut (ap)

At .075 Axial Depth of Cut (ap)

At .038 Axial Depth of Cut (ap)

KDMB Ball Nose • 1.00"

At .500 Axial Depth of Cut (ap)

At .150 Axial Depth of Cut (ap)

At .100 Axial Depth of Cut (ap)

At .050 Axial Depth of Cut (ap)

KDMB Ball Nose • 1.25"

At .625 Axial Depth of Cut (ap)

At .188 Axial Depth of Cut (ap)

At .125 Axial Depth of Cut (ap)

At .063 Axial Depth of Cut (ap)

Velocidades

Recommended Starting Speeds [SFM]

Seleção de insertos

KDMB Ball Nose Platform • .250"

KDMB Ball Nose Platform • .312"

KDMB Ball Nose Platform • .375"

KDMB Ball Nose Platform • .500"

KDMB Ball Nose Platform • .625"

KDMB Ball Nose Platform • .750"

KDMB Ball Nose Platform • 1.00"

KDMB Ball Nose Platform • 1.25"

The following files are available