TOOL NEWS B200J
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- ためひと ことじ
- 7 years ago
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1 TOOL NEWS B2J imx
2 imx Point Point a a 1
3 EP72 Zero- (Al, Cr)N EP81 EP612 ET22 Max imx m 12.5m (m) : 718(43HRC) : IMX12-U12N41L1C : IMX12B4HV1212 : n=17min -1 : vc=28m/min : vf=35mm/min : fz=.5mm/t. : =.6mm, =1.2mm : 65mm : : MC(BT4) 1 imx (%) 5 ø2mm 62mm(ix3) fz imx : Ti-6Al-4V(32HRC) : IMX2-U2N3L9C : IMX2C4HV2R121 : n=11min -1 : vc=69m/min : : =1mm, =2mm : 72mm : : MC(BT5) 2
4 imx EP81 (EP811/EP812) (Al,Cr,Si)N (Al,Ti,Si)N Al,Cr,Si)N s s Al,Ti,Si)N s s imx-b3fv γ β α α β γ imx-b2s/imx-b4s NEW imx-b2s 3
5 P H M S N 3 imx-s3hv 1 25 e u e e u P8 P36 P37 P38 4 imx-s4hv 1 32 e u e e u P9 P39 P4 P42 P43 16, 2 a P9 P41 4 imx-s4hv-s 1 25 a e u e e u P1 P39 P4 3 imx-s3a 1 28 e P11 P52 P53 4 imx-c4hv 1 28 e u e e u P19 P2 P39 P4 P42 P43 16, 2 a P21 P41 4 imx-c4hv-s 1 25 a e u e e u P22 P23 P39 P4 6 imx-c6hv 1, 12 e u e e 1 imx-c1hv 16 e u e e P24 P54 12 imx-c12hv 2, 25 e u e e 4 imx-c4fd-c 1 25 a e e e e e u P25 P5 4 imx-c4fv 1 25 e e e P26 P51 3 imx-c3a 1 28 e P27 P52 P53 8 imx-c8t-c 8 a e e 1 imx-c1t-c 1 a e e 12 imx-c12t-c 15, 19 a e e P28 P55 15 imx-c15t-c 15, 19 a e e 4
6 P H M S N 4 imx-r4f 1 25 e u e e u P12 P44 P45 NEW 2 imx-b2s 16 2 e P13 P46 NEW 4 imx-b4s 16 2 e P14 P46 3 imx-b3fv 1 2 e e P15 P47 4 imx-b4hv 1 25 e u e e u P16 P48 4 imx-b4hv-e 1 25 a e u e e u P17 P48 6 imx-b6hv 1 25 e u e e P18 P49 3 imx-ch3l 1 2 e u u e e P29 P56 P57 6 imx-ch6v 12 2 e u u e e P3 P58 5
7 1 6
8 imx y x S C B R CH IMX12 z C x v H V F S A D F T L 4 c HV v 12 R1 12 b n R5.5mm R1 1mm n m, S E C S, z c b m mm * mm A45 45 y x U S G A c n L8 8mm IMX12 - U z x c 12 v N17 b L8 n C m z v b m 12 12mm N * mm C S y <&25.15 ±.2 &25.2 * * 7
9 imx-s3hv UWC Gash (45HRC) (55HRC) (>55HRC) e u e e u (<3HRC) ON ON > a a ON EP72 IMX1S3HV a 2 * IMX12S3HV a 2 IMX12S3HV a 1 IMX16S3HV a 2 IMX16S3HV a 1 IMX2S3HV a 2 IMX2S3HV a 1 IMX25S3HV a 2 IMX25S3HV a 1 * P36,37,38 = = = ON = a 8
10 imx-s4hv UWC (<3HRC) (45HRC) (55HRC) (>55HRC) e u e e u Gash ON ON ON a > a ON IMX1S4HV a 2 * IMX1S4HV a 3 IMX12S4HV a 2 * IMX12S4HV a 3 IMX16S4HV a 2 * IMX16S4HV a 3 IMX2S4HV a 2 IMX2S4HV a 1 IMX2S4HV a 3 IMX25S4HV a 2 IMX25S4HV a 1 IMX25S4HV a 3 IMX25S4HV a 3 IMX25S4HV a 3 y ON IMX16S4HV a 4 IMX2S4HV a 4 a * ON EP72 P39,4,42,43 EP72 P41
11 imx-s4hv-s (45HRC) (55HRC) (>55HRC) e u e e u (<3HRC) UWC Gash ON ON > a a ON IMX1S4HV11S a 2 IMX12S4HV1212S a 2 IMX16S4HV1616S a 2 * IMX2S4HV22S a 2 IMX2S4HV221S a 1 IMX25S4HV2525S a 2 IMX25S4HV2526S a 1 * EP72 P39,4 = = = ON = 1
12 imx-s3a UWC 37.5 Gash (<3HRC) (45HRC) (55HRC) (>55HRC) e ON ON ON a > a ON IMX1S3A a 2 * IMX1S3A a 3 IMX12S3A a 2 IMX12S3A a 1 IMX12S3A a 3 IMX16S3A a 2 IMX16S3A a 1 IMX16S3A a 3 IMX2S3A a 2 IMX2S3A a 1 IMX2S3A a 3 IMX25S3A a 2 IMX25S3A a 1 IMX25S3A a 3 * a = = = ON = ET22 P52,53
13 imx-r4f (45HRC) (55HRC) (>55HRC) e u e e u (<3HRC) UWC 35 ON a ON IMX1R4F a 1 IMX12R4F a 1 IMX16R4F a 1 IMX2R4F a 1 IMX25R4F a 1 EP72 P44,45 = = = ON = 12
14 a imx-b2s NEW UWC 3 (<3HRC) (45HRC) (55HRC) (55 65HRC) e ON RE R RE8 ±.2 a RE ON IMX16B2S a 1 IMX2B2S a 1 EP811 P46 RE = = = = ON = 13
15 imx-b4s NEW UWC 3 (<3HRC) (45HRC) (55HRC) (55 65HRC) e ON RE R RE8 ±.2 a RE ON EP811 IMX16B4S a 1 IMX2B4S a 1 P46 RE = = = = ON = 14
16 a imx-b3fv UWC 45 (<3HRC) (45HRC) e (55HRC) e (>55HRC) ON RE R RE6 RE>6 ±.1 ±.2 a a RE ON IMX1B3FV a 1 IMX12B3FV a 1 IMX16B3FV a 1 IMX2B3FV a 1 P47 EP812 RE = = = = ON = 15 a
17 imx-b4hv UWC (<3HRC) (45HRC) (55HRC) (>55HRC) e u e e u 45 ON RE R RE6 RE>6 ±.1 ± > a RE ON EP72 IMX1B4HV a 1 IMX12B4HV a 1 IMX16B4HV a 1 IMX2B4HV a 1 IMX25B4HV a 1 P48 RE = = = = ON = 16
18 imx-b4hv-e UWC (45HRC) (55HRC) (>55HRC) e u e e u (<3HRC) 45 ON RE R RE6 RE>6 ±.1 ±.2 12 > a a RE ON IMX1B4HV11E a 1 IMX12B4HV1212E a 1 IMX16B4HV1616E a 1 IMX2B4HV221E a 1 IMX25B4HV2526E a 1 P48 RE = = = = ON = EP72 17 a
19 imx-b6hv (45HRC) (55HRC) (>55HRC) e u e e (<3HRC) UWC 45 ON RE R RE6 RE>6 ±.1 ± > a a RE ON EP72 IMX1B6HV a 1 IMX12B6HV a 1 IMX16B6HV a 1 IMX2B6HV a 1 IMX25B6HV a 1 P49 RE = = = = ON = 18
20 imx-c4hv UWC (<3HRC) (45HRC) (55HRC) (>55HRC) e u e e u a * * * ± > RE RE ON IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV1R a 2 IMX1C4HV11R a 3 IMX1C4HV11R a 3 IMX1C4HV12R a 3 IMX1C4HV12R a 3 IMX1C4HV12R a 3 IMX1C4HV12R a 3 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV12R a 2 IMX12C4HV13R a 3 IMX12C4HV13R a 3 IMX12C4HV14R a 3 IMX12C4HV14R a 3 IMX12C4HV14R a 3 IMX12C4HV14R a 3 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 IMX16C4HV16R a 2 a ON RE RE ON ON EP72
21 RE ON IMX16C4HV17R a 3 IMX16C4HV17R a 3 IMX16C4HV18R a 3 IMX16C4HV18R a 3 IMX16C4HV18R a 3 IMX16C4HV18R a 3 IMX16C4HV18R a 3 IMX2C4HV2R a 2 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV2R a 2 IMX2C4HV2R a 2 IMX2C4HV2R a 1 IMX2C4HV22R a 3 IMX2C4HV22R a 3 IMX2C4HV22R a 3 IMX2C4HV22R a 3 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV25R a 2 IMX25C4HV25R a 2 IMX25C4HV25R a 1 IMX25C4HV28R a 3 IMX25C4HV28R a 3 P39,4,42,43 * EP72 = RE = = = ON = 2
22 imx-c4hv RE ON 21 a y RE ON IMX16C4HV16R a 4 IMX16C4HV16R a 4 IMX2C4HV2R a 4 IMX2C4HV2R a 4 a EP72 P41
23 imx-c4hv-s UWC (45HRC) (55HRC) (>55HRC) e u e e u (<3HRC) ON RE ON ± > a a RE * * * RE ON IMX1C4HV1R31S a 2 IMX1C4HV1R51S a 2 IMX1C4HV1R11S a 2 IMX1C4HV1R151S a 2 IMX1C4HV1R21S a 2 IMX1C4HV1R31S a 2 IMX12C4HV12R312S a 2 IMX12C4HV12R512S a 2 IMX12C4HV12R112S a 2 IMX12C4HV12R1512S a 2 IMX12C4HV12R212S a 2 IMX12C4HV12R312S a 2 IMX12C4HV12R412S a 2 IMX16C4HV16R516S a 2 IMX16C4HV16R116S a 2 IMX16C4HV16R1516S a 2 IMX16C4HV16R216S a 2 IMX16C4HV16R316S a 2 IMX16C4HV16R416S a 2 IMX2C4HV2R52S a 2 IMX2C4HV2R12S a 2 IMX2C4HV2R121S a 1 IMX2C4HV2R152S a 2 IMX2C4HV2R22S a 2 IMX2C4HV2R32S a 2 IMX2C4HV2R42S a 2 IMX2C4HV2R62S a 2 IMX2C4HV2R6352S a 2 IMX25C4HV25R125S a 2 IMX25C4HV25R126S a 1 EP72 * 22
24 imx-c4hv-s a 23 RE ON IMX25C4HV25R1525S a 2 IMX25C4HV25R225S a 2 IMX25C4HV25R325S a 2 IMX25C4HV25R425S a 2 IMX25C4HV25R625S a 2 IMX25C4HV25R63525S a 2 a = RE = = = EP72 ON = P39,4
25 imx-c6hv/c1hv/c12hv UWC (45HRC) (55HRC) (>55HRC) e u e e (<3HRC) >12 12 >12 ON ON RE RE ON ON ± > RE RE a a * RE ON IMX1C6HV1R a 2 IMX1C6HV1R a 2 IMX12C6HV12R a 2 IMX16C1HV16R a 4 IMX2C12HV2R a 4 IMX2C12HV2R a 3 IMX25C12HV25R a 4 IMX25C12HV25R a 3 EP72 * P54 = RE = = = ON = 24
26 a imx-c4fd-c UWC (<3HRC) (45HRC) (55HRC) (>55HRC) e e e e e u > a a RE1 A3 ON IMX1C4FD11C a 1 IMX12C4FD1212C a 1 IMX16C4FD1616C a 1 IMX2C4FD221C a 1 IMX25C4FD2526C a 1 P5 A3 ON RMPX EP72 = RE1 = = A3 = = ON = RMPX = RE1 S1 IN RE2 RE3 IMX1C4FD11C IMX12C4FD1212C IMX16C4FD1616C IMX2C4FD221C IMX25C4FD2526C RE1= S1= IN RE2 RE3 RE1 S1 imx 25 a
27 imx-c4fv UWC (<3HRC) (45HRC) (55HRC) e e e (>55HRC) ON RE 2 =25 ±.1 12 ±.2 > a a RE ON IMX1C4FV1R a 1 IMX12C4FV12R a 1 IMX16C4FV16R a 1 IMX2C4FV2R a 1 IMX25C4FV25R a 1 P51 EP612 = RE = = = ON = 26
28 imx-c3a UWC 37.5 (<3HRC) (45HRC) (55HRC) (>55HRC) e * * ± > a RE ON IMX1C3A1R a 2 IMX1C3A1R a 2 IMX1C3A12R a 3 IMX12C3A12R a 2 IMX12C3A12R a 1 IMX12C3A12R a 2 IMX12C3A12R a 1 IMX12C3A14R a 3 IMX16C3A16R a 2 IMX16C3A16R a 1 IMX16C3A16R a 2 IMX16C3A16R a 1 IMX16C3A18R a 3 IMX2C3A2R a 2 IMX2C3A2R a 1 IMX2C3A2R a 2 IMX2C3A2R a 1 IMX2C3A22R a 3 IMX25C3A25R a 2 IMX25C3A25R a 2 IMX25C3A25R a 1 IMX25C3A25R a 2 IMX25C3A25R a 1 IMX25C3A28R a 3 = RE = RE * = = ON RE RE ON = ON ON ET22 P52,53 27 a
29 imx-c8t/c1t/c12t/c15t-c UWC 35 (<3HRC) (45HRC) (55HRC) (>55HRC) e e BHTA X ON RE ± > a a RE X ON BHTA IMX1C8T8R5T8C a 1 IMX1C8T8R1T8C a 1 IMX12C1T1R5T8C a 1 IMX12C1T1R1T8C a 1 IMX16C15T15R5T8C a 1 IMX16C15T15R1T8C a 1 IMX16C12T15R2T8C a 1 IMX2C15T19R5T8C a 1 IMX2C15T19R1T8C a 1 IMX2C12T19R2T8C a 1 EP72 P55 = RE = = X = = ON = BHTA = 28
30 imx-ch3l (45HRC) (55HRC) (>55HRC) e u u e e (<3HRC) UWC 5 N KAPR ON N=1.5 ±.2 a a KAPR N ON IMX1CH3L1A a 1 IMX12CH3L12A a 1 IMX16CH3L16A a 1 IMX2CH3L2A a 1 P56,57 = = KAPR = N = = ON = EP72 29 a
31 imx-ch6v (45HRC) (55HRC) (>55HRC) e u u e e (<3HRC) 1 UWC 3 KAPR ON N N=3. ±.2 a a KAPR N ON EP72 IMX12CH6V12A a 1 IMX16CH6V16A a 1 IMX2CH6V2A a 1 P58 = = KAPR = N = = ON = 3
32 imx y ONWS y LB LF ONMS ONWS y LF ONMS BHTA ONWS h6 ONMS= ONMS16 2ONMS LB LF ONMS y 31 BHTA LB ONWS LF ONMS IMX1-U1N14L7C a 1 IMX1 IMX1-WR IMX1-S1L9C a 2 IMX1 IMX1-WR IMX1-U1N34L9C a 1 IMX1 IMX1-WR IMX1-S1L11C a 2 IMX1 IMX1-WR IMX1-U1N54L11C a 1 IMX1 IMX1-WR IMX1-A12N54L11C a 3 IMX1 IMX1-WR IMX12-U12N17L8C a 1 IMX12 IMX12-WR IMX12-S12L1C a 2 IMX12 IMX12-WR IMX12-U12N41L1C a 1 IMX12 IMX12-WR IMX12-S12L13C a 2 IMX12 IMX12-WR IMX12-U12N65L13C a 1 IMX12 IMX12-WR IMX12-A16N65L13C a 3 IMX12 IMX12-WR IMX16-U16N24L8C a 1 IMX16 IMX16-WR IMX16-S16L11C a 2 IMX16 IMX16-WR IMX16-U16N56L11C a 1 IMX16 IMX16-WR IMX16-S16L15C a 2 IMX16 IMX16-WR IMX16-U16N88L15C a 1 IMX16 IMX16-WR IMX16-A2N88L15C a 3 IMX16 IMX16-WR IMX2-U2N3L9C a 1 IMX2 IMX2-WR IMX2-S2L13C a 2 IMX2 IMX2-WR IMX2-U2N7L13C a 1 IMX2 IMX2-WR IMX2-S2L18C a 2 IMX2 IMX2-WR IMX2-U2N11L18C a 1 IMX2 IMX2-WR IMX2-A25N11L18C a 3 IMX2 IMX2-WR IMX25-U25N37L11C a 1 IMX25 IMX25-WR IMX25-S25L16C a 2 IMX25 IMX25-WR IMX25-U25N87L16C a 1 IMX25 IMX25-WR IMX25-S25L21C a 2 IMX25 IMX25-WR a BHTA = LB = ONWS= LF = ONMS =
33 imx y y ONWS LB LF ONMS LF ONWSONMS h6 y ONMS=1 12ONMS16 2ONMS25 ONMS= LB ONWS LF ONMS IMX1-U1N9L7S a 1 IMX1 IMX1-WR IMX1-G12L6S a 2 IMX1 IMX1-WR IMX12-U12N11L8S a 1 IMX12 IMX12-WR IMX12-G16L7S a 2 IMX12 IMX12-WR IMX16-U16N16L8S a 1 IMX16 IMX16-WR IMX16-G2L7S a 2 IMX16 IMX16-WR IMX2-U2N2L9S a 1 IMX2 IMX2-WR IMX2-G25L8S a 2 IMX2 IMX2-WR IMX25-U25N25L11S a 1 IMX25 IMX25-WR IMX25-G32L1S a 2 IMX25 IMX25-WR LB = ONWS= LF = ONMS = 32
34 1 2 3 α (Nm) IMX1 5 1 IMX IMX IMX2 4 5 IMX α 33
35 a a x3 a a a BHTA 34
36 S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V L/D 2 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 3 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 1% 4 8% 8% 9% 7% 8% 8% 9% 7% 8% 8% 9% 7% 5 6% 6% 8% 4% 6% 6% 8% 4% 6% 6% 8% 4% 6 5% 5% 7% 3% 5% 5% 7% 3% 5% 5% 7% 3% 7 4% 4% 7% 2% 4% 4% 7% 2% 3% 3% 6% 2% 8 4% 4% 6% 1% 4% 4% 6% 1% 3% 3% 5% 1% 9 3% 3% 6% 1% 3% 3% 6% 1% 2% 2% 5% 1% SUS63SUS631 Inconel718 L/D 2 1% 1% 1% 1% 1% 1% 1% 1% 3 1% 1% 1% 1% 1% 1% 1% 1% 4 8% 8% 9% 7% 8% 8% 9% 7% 5 6% 6% 8% 4% 6% 6% 8% 4% 6 5% 5% 7% 3% 5% 5% 7% 3% 7 3% 3% 6% 2% 3% 3% 6% 2% 8 3% 3% 5% 1% 3% 3% 5% 1% 9 2% 2% 5% 1% 2% 2% 5% 1% 35
37 imx-s3hv y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel (mm/min) (mm/min) 36
38 imx-s3hv y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel718 (mm/min) (mm/min)
39 y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/rev) (mm/min) 2 (mm/rev) (mm/min) 2 (mm/rev) (mm/min) SUS63SUS631 (mm/rev) (mm/min)
40 y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V imx-s4hv/imx-s4hv-s/imx-c4hv/imx-c4hv-s (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel (mm/min) (mm/min) 39
41 y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel718 (mm/min) (mm/min)
42 y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V imx-s4hv/imx-c4hv L/D 4 6 (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel718 L/D 4 6 (mm/min) (mm/min) L/D+1 41
43 imx-s4hv/imx-c4hv y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V L/D (mm/min) (mm/min) (mm/min)
44 y SUS63SUS631 Inconel718 imx-s4hv/imx-c4hv L/D (mm/min) (mm/min) 43
45 imx-r4f y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/min) (mm/min) (mm/min) SUS63SUS631 Inconel (mm/min) (mm/min) 44
46 imx-r4f y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V (mm/min) (mm/min) (mm/min) SUS63SUS (mm/min) 45
47 imx-b2s/imx-b4s imx-b2s y (55 65HRC) NEW SKD11 RE %15 (mm/min) %> (mm/min) % imx-b4s y (55 65HRC) SKD11 RE %15 (mm/min) %> (mm/min) % % 46
48 imx-b3fv y NAKPX5SKD11SKD61SKT4 (4 55HRC) SKD61SKT4 RE % y (mm/min) %>15 %15 %>15 (mm/min) (mm/min) (mm/min) NAKPX5SKD11SKD61SKT4 (4 55HRC) SKD61SKT4 RE %15 (mm/min) %>15 %15 %>15 (mm/min) (mm/min) (mm/min) % % 47
49 imx-b4hv/imx-b4hv-e y S45CSCM44SNCM439SS4S1CNAKPX5 SUS34SUS316SUS431SUS42J2 SUS63SUS631Ti-6Al-4V %15 %>15 %15 %>15 RE (min ) (mm/min) (mm/min) (mm/min) (mm/min) % Inconel718 %15 %>15 RE (mm/min) (mm/min) % 48
50 imx-b6hv y S45CSCM44SNCM439SS4S1CNAKPX5 SUS34SUS316SUS431SUS42J2 SUS63SUS631Ti-6Al-4V RE %15 (mm/min) %>15 %15 %>15 (mm/min) (mm/min) (mm/min) y Inconel718 RE %15 %>15 (mm/min) (mm/min) % % 49
51 imx-c4fd-c y S45CSCM44SS4S1C NAKPX5SNCM439SKDSKT SKD61SKT4SUS63 SUS631SUS431SUS42J (mm/min) SUS34SUS316SUS34LNSUS316LN Ti-6Al-4V Inconel718 (mm/min) (mm/min) (mm/min) (mm/min) 5
52 imx-c4fv y (4 55HRC) S45CSCM44FC3 NAKPX5SKDSKT SKD61SKT4 RE (mm/min) (mm/min) (mm/min) y (4 55HRC) S45CSCM44FC3 NAKPX5SKDSKT SKD61SKT4 RE (mm/min) (mm/min) (mm/min) 51
53 imx-s3a/imx-c3a y y A661A775 A661A775 (mm/min) (mm/min) y A661A (mm/min) y y A661A775 A661A (mm/min) (mm/rev) (mm/min)
54 y A661A775 imx-s3a/imx-c3a L/D (mm/min)
55 imx-c6hv/c1hv/c12hv y NAKPX5SNCM439SKDSKT SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2Ti-6Al-4V SUS63SUS (mm/min) (mm/min) (mm/min) Inconel718 (mm/min)
56 imx-c8t/c1t/c12t/c15t-c y SUS34SUS316SUS34LNSUS316LN SUS41SUS43SUS431SUS42J2 SUS63SUS631Ti-6Al-4V Inconel718 (mm/min) (mm/min) (mm/min)
57 imx-ch3l y S45CSCM44FC3 SKDSKTSNCM439NAKPX5 SUS34SUS316Ti-6Al-4V (mm/min) (mm/min) (mm/min) (4 55HRC) SKD61SKT4 Inconel718 (mm/min) (mm/min)
58 imx-ch3l y S45CSCM44FC3 SKDSKTSNCM439NAKPX5 SUS34SUS316Ti-6Al-4V (mm/min) (mm/min) (mm/min) (4 55HRC) SKD61SKT4 Inconel718 (mm/min) (mm/min)
59 imx-ch6v y S45CSCM44FC3 SKDSKTSNCM439NAKPX5 SUS34SUS316Ti-6Al-4V (mm/min) (mm/min) (mm/min) (4 55HRC) SKD61SKT4 Inconel718 (mm/min) (mm/min)
60 BHTA 8 RE 5 = 2.mm IMX1C8T8R1T8C = 2.mm 59
61 imx-ch3l imx-ch6v.15 imx.1.5 imx-c4hv (m) : S55C (22HB) : IMX1-U1N9L7S : IMX1C4HV1R11 : n=51min-1 (16m/min) : vf=153mm/min (.75mm/t.) : =5mm =.5mm : 3mm : : MC (BT5) 6
62 imx-c4fd-c (=1mm) imx-c4fd-c : Co-Cr : =1mm : n=3185min -1 (1m/min) : vf=1911mm/min (.15mm/t.) : =.2mm, =3.5mm : 32mm : : MC (BT4) Ø1mm.2mm 3.5mm (m) imx-c4fd-c (32m) (16m) (96m) (=2mm) imx-c4fd-c vf (mm/min) : SKD61(52HRC) : =2mm : n=16min -1 (1m/min) : vf=64-256mm/min (.1-.4mm/t.) : =.5mm, =5mm : 8mm :, : MC (BT5) 8mm( 4) 5x1pass 65mm.5mmx2pass 1mm 61 imx-c4fd-c (vf 256mm/min) (vf 128mm/min)
63 IMX12-U12N41L1C IMX2-U2N7L13C IMX16-U16N24L8C IMX12B6HV1212 IMX2C4HV2R121 IMX16C1HV16R116 S5C SS4 Ti-6Al-4V) vc fz IMX1-U1N34L9C IMX1B4HV11 IMX2-S2L18C IMX2C4HV22R123 Ti-6Al-4V) vc fz (L/D=7) imx 62
64 SUS42J1 IMX2-U2N3L9C IMX2C15T19R1T8C vc fz SCM44 IMX12-S12L1C IMX12CH6V12A45 vc fz EXP-12-E E(4B)
TOOLS NEWS B202J
TOOLS NEWS 2017.10 B202J 1 I B A I I I 2 US 2 ;?t A B 2 ;?t C A B AA BB CC C UH 2 ;?t E UN 2 ;?t D E EE D DD 3 P MC1020 VP15TF VP15TF VP15TF M MC1020 VP15TF VP15TF VP15TF K MC5020 VP15TF VP15TF VP15TF
TR503_DoTriple-Mill.indd
MillLine Tungaloy Report No. 53-J 3 ACCELERATED MACHINING MillLine 4 8 3 SNMU / SNGU P6P7 SNMU-MJ SNGU-MJ SNGU-MH SNGU-W ONMU / ONGU P8 ONMU-MJ ONGU-MJ ONGU-W RNMU P9 RNMU-MJ MJ - 3 1 - A A A-A 4 DOTRIPLEMILL
TOOLS NEWS B028J
TOOS NEWS 2015.11 B028J AJX 3775321, 4449895, 4729894, 4774689 1260214, 1263635 MP61 MP71 MP91 AJX AJX 2 1.5 1 0.5 0 AJX 08 09 06 12 14 1 2 3 (mm/tooth) RE % $ AJX 1 AJX APMX x 1 pass APMX x 3 pass APMX
TOOLS NEWS B210J-F
TOOLS NWS 2017.4 B210J- a MP9005/MP9015/MT9005 a SVJC-SM VCGT11 oo VCGT13 oo a MS6015 a SMB VP15T MP9005/MP9015 MP9005/MP9015 (HV) 3000 2000 1000 Al-rich (Al,Ti)N S01 S10 25 50 MP9005 MP9015 (at%) MT9005/MT9015
TR428_SpinJet.indd
ToolLine Tungaloy Report No. 428-J SPINJET ACCELERATED MACHINING ToolLine 4! 3 ! -! - n krpm 40 30 20 TJS40K 0.2-1.5 mm TJS30K 1.0-2.5 mm TJS20K 2.0-3.5 mm Vc = 180 m/min - 10 0 1 2 3 4 5 6 ødc (mm) 4
TOOLS NEWS B182J チタン合金加工用カッタVFXシリーズ
TOOLS NEWS 2012.4 VFX dl?r B182J 400cm 3 /min VFX6-&63mm VFX 1 VFX5 L7 L8 ød1 ød8 W1 ød9 ød7 a a a y R D1 D9 L7 D8 D7 W1 L8 VFX5-040A03A026R -040A03A038R -050A04A026R -050A04A038R -050X04A038R -050A04A050R
TR 412 DrillMeister.indd
DrillLine Tungaloy Report No. 412-J DMC ACCELERATED MACHINING 2 DrillMeister DrillLine - - - - - - - () () - - 4 DrillMeister ACCELERATED MACHINING - - - TID - - L/D ø6.0 - ø6.9 1.5, 3, 5 ø7.0 - ø25.9
製品カタログ スーパーUドリル
U ISO13399 CoroDrill 880 U 0.8mm 5µ 0.8mm 5µ 2 U CoroDrill 880 2000 2000 1500 1500 1000 Fx 1000 Fx 500 Fy 500 Fy 0 0 500 1 2 3 4 5 6 7 0 0 500 2 4 6 8 1000 1000 3 CoroDrill 880 U 12.00 13.99 mm KAPR 79º
TR424_EasyMultiCut.indd
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vol.7-ミーリング編
Tooling by VN-DTD VN-DRD 9 VN-DTD 2 VN-DVT EZD VN-DFD DIA DIA DIA DIA DIA ~HRC ~HRC EZDM Tooling by DIJET EZSM SCD-M 9 SCD-MS 9 SCD-KMS 9 9 TEZD-MS TEZD-KMS SCD-KMS-2D 9 FDM Tooling by DIJET DZ-M-SFDS
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TOOL NEWS B223J センタリング 面取り加工用超硬ドリル リーディングドリルシリーズ 新発売 切れ味が良く耐欠損性に優れ ステンレス鋼でも安定加工 センタリング 面取り加工用超硬ドリル リーディングドリルシリーズ センタリングと面取り加工の要求性能を追求 センタリング 面取り加工 横送り面取り加工 V 溝加工 ドリル使用範囲 特長 良好な食付き性を実現するシンニング 中心部の切りくず排出スペースにより
2011_NC Spot Drill_MURAKI-ok.indd
NO NEED TO CHOOSE NINE9 DOES IT ALL! Cat. No. 01.a NC Spot Drills Corner Rounding Cutters & Engraving Tools & i-center INDEX P1~22 P23~27 i - Center P28~34 i - Center P35~36 1 2 4 25 P13 D max. 45 0.45
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016101[1-20]
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CoroDrill 880 CoroDrill 881 CoroDrill 880 μ μ 2 CoroDrill 880 2000 2000 10 10 1000 Fx 1000 Fx 0 Fy 0 Fy 0 0 0 2 4 6 8 0 0 0 1 2 3 4 5 6 7 1000 1000 3 CoroDrill 880 D c 12.00 13.99 mm κ r 79 D c 14.00.00
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MagicDrillDRA 5 Point 1 Point 2 S A 20% UP 20% DRA ド DRA 他社品 A Vc=120m/min, f=0.25mm/rev 14, 45mm, Wet S50C Vc=120m/min, f=0.3mm/rev 14, 55mm, Wet S50
高能率モジュラードリル 高能率モジュラードリル MagicDrill DRA 低抵抗設計で優れた穴精度を実現 ホルダ 芯厚が 厚く たわみを抑 制 切りくずを細かく分断し スムーズな深 穴 加 工 簡単チップ 交換 動画が見れる スペシャル web サイト DRA MagicDrillDRA 5 Point 1 Point 2 S A 20% UP 20% DRA ド DRA 他社品 A Vc=120m/min,
DC PD010/PD025 1 耐NE 摩耗PD010 性 低低 耐欠損性 高高PD025 DC 硬度 (GPa) PD010/PD ,000 ヤング率 (GPa) ダイヤモンド B 社水素フリー DCコーティング A
DC PD010 PD025 DC PD010/PD025 NE PD010 DC PD010/PD025 1 耐NE 摩耗PD010 性 低低 耐欠損性 高高PD025 DC 硬度 (GPa) 0 100 80 60 40 20 PD010/PD025 0 200 400 600 800 1,000 ヤング率 (GPa) ダイヤモンド B 社水素フリー DCコーティング A 社水素入りDCコーティング
JCT P. 3 -JCT P. 7 KGBA-JCT P.11 KGD-JCT P.15 KTN-JCT 7MPa 0.4MPa 7MPa 0.4MPa Vc = 200 m/min, f = mm/rev, ap = 0.5 mm, Wet DNMG150408SCM415 Vc = 250 m
JCT JCT NEW -JCT KGBA-JCT KGD-JCT KTN-JCT JCT P. 3 -JCT P. 7 KGBA-JCT P.11 KGD-JCT P.15 KTN-JCT 7MPa 0.4MPa 7MPa 0.4MPa Vc = 200 m/min, f = mm/rev, ap = 0.5 mm, Wet DNMG150408SCM415 Vc = 250 m/min, f =
都道府県別経済財政モデル（平成２７年度版）_02
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製品カタログ＿CoroDrill880
CoroDrill 880 U ISO13399 CoroDrill 880 0.8mm 5µ 0.8mm 5µ 2 CoroDrill 880 2000 2000 1500 1500 1000 Fx 1000 Fx 500 Fy 500 Fy 0 0-500 1 2 3 4 5 6 7 0 0-500 2 4 6 8-1000 -1000 3 CoroDrill 880 12.00-13.99 mm
n 2 + π2 6 x [10 n x] x = lim n 10 n n 10 k x 1.1. a 1, a 2,, a n, (a n ) n=1 {a n } n=1 1.2 ( ). {a n } n=1 Q ε > 0 N N m, n N a m
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1 1 1 + 1 4 + + 1 n 2 + π2 6 x [10 n x] x = lim n 10 n n 10 k x 1.1. a 1, a 2,, a n, (a n ) n=1 {a n } n=1 1.2 ( ). {a n } n=1 Q ε > 0 N N m, n N a m a n < ε 1 1. ε = 10 1 N m, n N a m a n < ε = 10 1 N
研修コーナー
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05秋案内.indd
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R.10 2 面拘束 +10 (.R.) 切削力 主切れ刃 2,000 fz = 0.2 mm/t 切削抵抗 (N) 1,600 1, % DOWN fz = 0.3 mm/t B Vc = 1 m/min, fz = mm/t,
1045 10 45 10 1045 10 1 10 2 5.R.10 2 面拘束 +10 (.R.) 切削力 主切れ刃 2,000 fz = 0.2 mm/t 切削抵抗 (N) 1,600 1,200 800 16% DOWN fz = 0.3 mm/t B Vc = 1 m/min, fz = 0.2-0.3 mm/t, ap ae = 3 110 mm C 400 0 主分力送り分力背分力 GM
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CA 04 1,360 100.8 0.1 83 34,176 7.61 0.40 51,532 1.3 322,736 5.9 05 1,369 100.0 0.8 80 57,269 7.86 0.43 55,001 6.7 311,107 3.6 06 1,370 99.8 0.2 83 48,250 7.73 0.46 56,369 2.5 319,129 2.6 06/ 1-3 99.4
第86回日本感染症学会総会学術集会後抄録（I）
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botek_8p.indd
DEEP HOLE DRILLING SYSTEMS SOLID CARBIDE TOOLS Throw away type Deep hole drilling tools botek Type 01, 07, 07A Sole Agent MURAKI LTD. (MACHINE & TOOL DIVISION) Tokyo, Osaka, Nagoya & Fukuoka Type 01 Type
(1.2) T D = 0 T = D = 30 kn 1.2 (1.4) 2F W = 0 F = W/2 = 300 kn/2 = 150 kn 1.3 (1.9) R = W 1 + W 2 = = 1100 N. (1.9) W 2 b W 1 a = 0
1 1 1.1 1.) T D = T = D = kn 1. 1.4) F W = F = W/ = kn/ = 15 kn 1. 1.9) R = W 1 + W = 6 + 5 = 11 N. 1.9) W b W 1 a = a = W /W 1 )b = 5/6) = 5 cm 1.4 AB AC P 1, P x, y x, y y x 1.4.) P sin 6 + P 1 sin 45
Tooling by DIJET ミーリング＆ドリリング編 Vol.6
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Catalog No.V3131 DIN EN ISO 9001 JIS Z 9901 Certificate:09 100 5919 TUV œœrheinland / Berlin Brandenburg Anlagentechnik GmbH ISO 14001, JIS Q 14001 Certificate-No.: 09 104 8118 IND EX 4 6 q 10 w 12 14
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GN151-200.doc
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