SCI 21-22 General Catalog

Boring Tools Series ■ Application Range by Shank Type

■ Wear Comparison by Coolant Supply Method

8

Carbide Shank

7

0.0024

Dry

6

● Deep hole boring of L/D=5 with work diameters of ø25 mm and above. ● Negative inserts reduce unit price per corner. ● Combinable with a wide range of chipbreakers for use in everything from roughing to finishing.

5

0.0016

X-Bar (Negative)

X-Bar (Positive)

External Coolant Supply

Internal Coolant Supply

4

0.0008

3

Cutting Speed: v Depth of Cut: a p =0.1 to 2.0mm Feed Rate: f =0.1 to 0.3mm/rev * Actual overhang may differ depending on work material, tool shape and cutting conditions. c =20 to 200m/min

2

Steel Shank

E

1

0

50

100 150

Cutting Time (min)

0

Work Material: SCM435, Insert: FX Breaker (Grade AC510U) Cutting Conditions: v c =492 SFM, f =0.004 IPR, a p =0.012”

8 1012 16 20 25

32

40

50

Shank Diameter (mm)

■ Recommended Grades

Application Range

Applicable Work Material

K

P M

S

H N

Insert Grade

High Precision Finishing to Light Cutting Medium Cutting

G G G S S

AC8015P

S

AC8025P

S G G

AC8035P

AC6020M

CVD

AC6030M

G G G S S S S G S S G

AC4010K

AC4015K

Coated Carbide

AC420K

S

G

G S S G G G G G

ACZ150

G G S S

AC5015S

S G G G S S S

AC5025S

PVD

S S

AC530U

AC1030U

AC6040M

S

S S

T1000A

Uncoated Cermet Coated Cermet

T1500A/T1500Z

T3000Z

S

Carbide

G10E

G G G G

BN1000

BN2000

CBN (SUMIBORON)

BNC2010

BNC2020

S G

S

G

BN7000

BN7500

G G

DA150 DA1000

PCD (SUMIDIA)

8 1st Recommendation ● 2nd Recommendation

■ Recommended Chipbreakers

● Class M Finishing to Light Cutting

● M Class Light to Medium Cutting

● Class G Ground Chipbreakers

● G Class Molded Chipbreakers

0.16

0.16

0.16

0.16

MESI Type

ESF Type

ESU Type

EMU Type

EFK Type

SD Type

0.08

0.08

0.08

0.08

EUS Type

ESC Type

SDW Type

FX Type

EFB Type ELU Type

ELUW Type

W Type

FYS Type

EFC Type

ELB Type

FY Type

0

0

0

0

0.008

0.016

Feed Rate f (IPR) 0.008

0.016

0.016

0.008

0.016

Feed Rate f (IPR) 0.008

0.016

Feed Rate f (IPR)

Feed Rate f (IPR)

E9

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