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60° TNGGWith Hole

Length	Size(mm)
Length	IC	S	d	r
16	9.525	4.76	3.81	0.2-0.8

Shape

Type

ap (mm)

f (mm/rev)

Grade

PVD

CVD

LS09M5

TNGG160402R/L-M

0.2-2

0.05-0.12

TNGG160404R/L-M

0.2-2.5

0.08-0.25

TNGG160408R/L-M

0.3-3

0.1-0.3

Small Parts Machining

Note:·Recommendedgradereadytostock

Positive Inserts

Length	Size(mm)
Length	IC	S	d	r
08	4.76	2.38	2.3	0.2-0.4
09	5.56	2.38	2.8	0.2-0.4
11	6.35	3.18	3.18	0.2-0.4

60° TPGH With Hole

Shape

Type

(mm)

(mm/rev)

Grade

PVD

CVD

TPGH080202R/L

0.2-1

0.02-0.1

TPGH080204R/L TPGH090202R/L

0.4-1.5

0.05-0.1

TPGH090204R/L

0.2-1

0.02-0.1

TPGH110302R/L

0.4-1.5 0.2-1.5

0.05-0.1

Small Parts Machining

TPGH110304R/L

0.4-1.5

0.02-0.15 0.05-0.15

Note:·Recommendedgradereadytostock

Semi-finishing for Heat Resistant Alloy

Length	Size(mm)
Length	IC	S	d	RE
09	9.525	3.97	4.15	0.4
12	12.7	4.76	5.16	0.8

80°CCMT With Hole

Shape

Type

(mm)

(mm/rev)

Grade PVD

CVD

Semi- finishing

CCMT09T304-DM

0.3-2.2

0.05-0.15

CCMT120408-DM

0.7-3.2

0.1-0.30

Note:·Recommendedgradereadytostock

Semi-finishing for Heat Resistant Alloy

Length	Size(mm)
Length	IC	S	d	RE
07	6.35	2.38	2.56	0.4-0.8
11	9.525	3.97	4.15	0.4-0.8

55°DCMT With Hole

Shape

Type

(mm)

(mm/rey)

Grade PVD

CVD

DCMT070204-DM

DCMT070208-DM

0.3-1.5

0.05-0.15

DCMT11T304-DM

0.6-1.5 0.2-2.3

0.05-0.2

DCMT11T308-DM

0.6-2.3

0.02-0.1 0.05-0.26

Semi- finishing

Note:·Recommendedgradereadytostock

Semi-finishing for Heat Resistant Alloy

Length	Size(mm)
Length	IC	S	d	RE
09	9.525	3.97	4.15	0.4-0.8

90°SCMT With Hole

Shape

Type

(mm)

(mm/rev)

Grade

CVD

PVD

L09M9

Semi- finishing

SCMT09T304-DM

0.3-2.4

0.05-0.15

SCMT09T308-DM

0.6-2.4

0.1-0.30

Note:·Recommendedgradereadytostock

Semi-finishing for Heat Resistant Alloy

60° TCMT With Hole

Length	Size(mm)
Length	IC	S	d	RE
11	9.525	2.38	2.56	0.4-0.8

Shape

Type

(mm)

(mm/rev)

Grade

CVD

PVD

TCMT110204-DM

0.2-2.2

0.05-0.15

TCMT110208-DM

0.6-3.3

0.1-0.3

Semi- finishing

Note:·Recommendedgradereadytostock

Length	Size(mm)
Length	IC	S	d
8	8	3.18	3.36
10	10	3.18	4.4
12	12.7	4.76	4.4
16	16	6.35	5.5
20	20	6.35	6.5
25	25	7.94	7.2
32	32	9.52	9.5

RCMX With Hole

Shape	Type	ap (mm)	f (mm/rev)	Grade		PVD
Shape	Type	ap (mm)	f (mm/rev)		CVD

Wraiel	RCMX0803MO	0.50-3.00	0.15-0.40
	RCMX1003MO	1.50-4.00	0.25-0.50
	RCMX1204MO	2.50-5.00	0.30-0.60
	RCMX1606MO	3.00-7.00	0.40-0.75
	RCMX2006MO	3.50-9.00	0.48-0.90
	RCMX2507MO	4.00-12.00	0.55-1.20
	RCMX3209MO	5.00-15.00	0.65-1.50
Profiling

Note:·Recommendedgradereadytostock

Train Wheel Turning Inserts

Length	Size(mm)
Length	L	I.W	S	d	r
19	19.05	10	19.05	6.35	4

Shape

Type

(mm)

(mm/rev)

Grade

CVD

PVD

175.32-191940-22

Train Wheel

2.00-5.00

0.20-0.60

Trimming

Note:·Recommendedgradereadytostock

Train Wheel Turning Inserts

Length	Size(mm)
Length	L	I.W	S	d	r
19	19.05	10	19.05	6.35	4

Shape

Type

(mm)

(mm/rev)

Grade

PVD

CVD

Train Wheel Trimming

175.32-191940-24

2.00-5.00

0.20-0.60

Note:·Recommendedgradereadytostock

Train Wheel Turning Inserts

Length	Size(mm)
Length	L	I.W	S	d	r
19	19.05	10	19.05	6.35	4

Shape

Type

ap (mm)

f (mm/rev)

Grade

PVD

CVD

175.32-191940-28

2.00-5.00

0.20-0.60

Train Wheel Trimming

Note:·Recommendedgradereadytostock

Parting Grooving Tools

Parting and Grooving Inserts

Naming Rules

1.Application Code
Code	Application
EC	Parting& Grooving
ED	Parting
ER	Profile

3.Cutting Direction
Code	Application
R	Right
L	Left
N	Neutral

5.Chip Breaker Code

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
200	2.0	0.2	20
300	3.0	0.4	20
400	4.0	0.4	20
500	5.0	0.4	25

Shape

Type

f (mm/rev)

Grade

CVD

PVD

NEW

EDMN200-C

0.05-0.18

EDMN300-C

0.07-0.25

EDMN400-C

0.08-0.30

EDMN500-C

0.09-0.35

Note:·Recommendedgradereadytostock

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
200	2.0	0.2	20
300	3.0	0.4	20
400	4.0	0.4	20
500	5.0	0.4	25

Shape

Type

(mm/rev)

Grade

CVD

PVD

EDMN200-J

0.04-0.12

NEW

EDMN300-J

0.04-0.16

EDMN400-J

0.05-0.18

EDMN500-J

0.05-0.20

Note:·Recommendedgradereadytostock

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
300	3.0	0.4	21.1
400	4.0	0.8	26.4
500	5.0	0.8	27.2
600	6.0	0.8	27.5

Shape

Type

(mm/rev)

Grade

CVD

PVD

ECMN300-T

0.05-0.18

ECMN400-T

0.07-0.25

ECMN500-T

0.08-0.3

ECMN600-T

0.09-0.35

Note:·Recommendedgradereadytostock

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
300	3.0	1.5	21.1
400	4.0	2	26.4
500	5.0	2.5	27.2
600	6.0	3	27.5

Shape

Type

(mm/rev)

Grade

CVD

PVD

ERMN300-T

0.05-0.18

ERMN400-T

0.07-0.25

ERMN500-T

0.08-0.3

ERMN600-T

0.09-0.35

Note:·Recommendedgradereadytostock

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
200	2.0	0.2	21
300	3.0	0.4	21
400	4.0	0.4	21
500	5.0	0.4	26

Shape

Type

(mm/rev)

Grade

CVD

PVD

MGGN200-GL

0.05-0.18

MGGN300-GL

0.07-0.25

MGGN400-GL

0.08-0.3

MGGN500-GL

0.09-0.35

Note:·Recommendedgradereadytostock

Parting and Grooving Inserts

Width	Size(mm)
Width	S	r±0.1	L
200	2.0	1.0	16.0
300	3.0	1.5	21.0
400	4.0	2.0	21.0
500	5.0	2.5	26.0
600	6.0	3.0	26.0
800	8.0	4.0	31.0

Shape

Type

(mm/rev)

Grade

CVD

PVD

NEW

ERMN200-M

0.05-0.15

ERMN300-M

0.08-0.18

ERMN400-M

0.10-0.20

ERMN500-M

0.12-0.23

ERMN600-M

0.15-0.27

ERMN800-M

0.18-0.35

Note:·Recommendedgradereadytostock

Grinded Grooving Inserts

Naming Rule

Shallow Grooving Inserts

Width	Size(mm)
Width	IC	S	d	r
110	9.525	1.10	4.4	0.1
125	9.525	1.25	4.4	0.1
145	9.525	1.45	4.4	0.1
150	9.525	1.50	4.4	0.1
175	9.525	1.75	4.4	0.1
185	9.525	1.85	4.4	0.1
200	9.525	2.00	4.4	0.1
250	9.525	2.50	4.4	0.1
300	9.525	3.00	4.4	0.1

Shape

Type

(max/mm)

CVD

Grade

PVD

TGF32R/L033-005

0.80

TGF32R/L050-005

1.20

TGF32R/L075-010

2.00

TGF32R/L095-010

2.00

TGF32R/L100-010

2.00

TGF32R/L110-010

2.00

TGF32R/L125-010

2.00

TGF32R/L145-010

2.50

TGF32R/L150-010

2.50

TGF32R/L175-010

2.50

TGF32R/L185-010

2.50

TGF32R/L200-010

2.50

TGF32R/L250-010

2.50

TGF32R/L300-010

2.50

Note:·Recommendedgradereadytostock

Shallow Grooving Inserts

Width	Size(mm)
Width	IC	S	d	r
125	12.7	1.25	4.4	0.1
125	12.7	1.25	4.4	0.2
150	12.7	1.50	4.4	0.1
150	12.7	1.50	4.4	0.2
200	12.7	2.00	4.4	0.1
200	12.7	2.50	4.4	0.2
250	12.7	2.50	4.4	0.1
250	12.7	2.50	4.4	0.2
300	12.7	3.00	4.4	0.1
300	12.7	3.00	4.4	0.2

Shape

Type

(max/mm)

Grade

CVD

PVD

GBA43R/L125-010

2.00

GBA43R/L125-020

GBA43R/L150-010

3.50

GBA43R/L150-020

GBA43R/L200-010

GBA43R/L200-020

GBA43R/L250-010

4.00

GBA43R/L250-020

GBA43R/L300-010

GBA43R/L300-020

Note:·Recommendedgradereadytostock

Special Parting Inserts

Width	Size(mm)
Width	PSIRR	S	d	r
50	16°	0.50	5.2	0.03
70		0.70	5.2	0.03
100		1.00	5.2	0.03
125		1.25	5.2	0.03
150		1.50	5.2	0.03
200		2.00	5.2	0.03
50	0°	0.50	5.2	0.03
70		0.70	5.2	0.03
100		1.00	5.2	0.03
125		1.25	5.2	0.03
150		1.50	5.2	0.03
200		2.00	5.2	0.03
100	16°	1.00	5.2	0.08
150		1.50	5.2	0.08
200		2.00	5.2	0.08
100	0°	1.00	5.2	0.08
150		1.50	5.2	0.08
200		2.00	5.2	0.08

Shape

Type

(max/mm)

Grade

CVD

PVD

TKF12R/L050-S-16DR

5.00

TKF12R/L070-S-16DR

8.00

TKF12R/L100-S-16DR

12.00

TKF12R/L125-S-16DR

12.00

TKF12R/L150-S-16DR

TKF12R/L200-S-16DR

TKF12R/L050-S

5.00

TKF12R/L070-S

8.00

TKF12R/L100-S

12.00

TKF12R/L125-S

TKF12R/L150-S TKF12R/L200-S

TKF12R/L100-T-16DR

TKF12R/L150-T-16DR

TKF12R/L200-T-16DR

TKF12R/L100-T

TKF12R/L150-T

TKF12R/L200-T

Note:·Recommendedgradereadytostock

Special Parting Inserts

Width	Size(mm)
Width	PSIRR	S	d	r
150	16°	1.50	5.2	0.05
200		2.00	5.2	0.05
150		1.50	5.2	0.05
200		2.00	5.2	0.05
150		1.50	5.2	0.08
200		2.00	5.2	0.08
150		1.50	5.2	0.08
200	0°	2.00	5.2	0.08

Shape

Type

(max/mm)

Grade PVD

CVD

16.00

TKF16R/L150-S-16DR

TKF16R/L200-S-16DR

TKF16R/L150-S

TKF16R/L150-T-16DR

TKF16R/L200-T-16DR

TKF16R/L150-T

TKF16R/L200-T

Note:·Recommendedgradereadytostock

Threading Inserts

Naming Rules

ISO Metric Thread

★With End

Standard:R262(DIN13)ToleranceClass:6g/6H

Shape	Type	Rangeof ThreadPitch		InsertDimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ER1.00ISO-CA	1		9.525	3.52	0.7	0.6
	16ER1.25ISO-CA	1.25		9.525	3.52	0.9	0.7
	16ER1.50ISO-CA	1.5		9.525	3.52	1	0.8
	16ER1.75ISO-CA	1.75		9.525	3.52	1.1	0.9	.
	16ER2.00ISO-CA	2		9.525	3.52	1.2	0.9
	16ER2.50ISO-CA	2.5		9.525	3.52	1.5	1.1	·
	16ER3.00ISO-CA	3		9.525	4.65	1.7	1.2
	16IR1.00ISO-CA	1		9.525	3.52	0.7	0.6	.
	16IR1.25ISO-CA	1.25		9.525	3.52	0.8	0.6
	16IR1.50ISO-CA	1.5		9.525	3.52	0.9	0.7	·
	16IR1.75ISO-CA	1.75		9.525	3.52	1	0.8
	16IR2.00ISO-CA	2		9.525	3.52	1.1	0.8	.
	16IR2.50ISO-CA	2.5		9.525	3.52	1.4	1
	16IR3.00ISO-CA	3		9.525	4.65	1.5	1.1

Note:·Recommendedgradereadytostock

★With End

Shape	Type	RangeofThreadPitch		InsertDimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
N&	16ER1.00ISO-G	1		9.525	3.52	0.7	0.6
	16ER1.25ISO-G	1.25		9.525	3.52	0.9	0.7
	16ER1.50ISO-G	1.5		9.525	3.52	1	0.8	·
	16ER1.75ISO-G	1.75		9.525	3.52	1.1	0.9
	16ER2.00ISO-G	2		9.525	3.52	1.2	0.9	.
	16ER2.50ISO-G	2.5		9.525	3.52	1.5	1.1
	16ER3.00ISO-G	3		9.525	4.65	1.7	1.2
	22ER3.50ISO-G	3.5		12.7	4.65	2.3	1.6
	22ER4.00ISO-G	4		12.7	4.65	2.3	1.6
	22ER4.50ISO-G	4.5		12.7	4.65	2.4	1.7	.
	22ER5.00ISO-G	5		12.7	4.65	2.5	1.7	·
	11IR1.00ISO-G	1		6.35	3.05	0.7	0.6	.
	11IR1.25ISO-G	1.25		6.35	3.05	0.9	0.8
	11IR1.50ISO-G	1.5		6.35	3.05	1	0.8
11IR1.75ISO-G	1.75		6.35	3.05	1.1	0.9
11IR2.00ISO-G	2		6.35	3.05	1.1	0.9
16IR1.00ISO-G	1		9.525	3.52	0.7	0.6
16IR1.25ISO-G	1.25		9.525	3.52	0.8	0.6
16IR1.50ISO-G	1.5		9.525	3.52	0.9	0.7	.
16IR1.75ISO-G	1.75		9.525	3.52	1	0.8	.
16IR2.00ISO-G	2		9.525	3.52	1.1	0.8
16IR2.50ISO-G	2.5		9.525	3.52	1.4	1	.
16IR3.00ISO-G	3		9.525	4.65	1.5	1.1
22IR3.50ISO-G	3.5		12.7	4.65	2.3	1.6
22IR4.00ISO-G	4		12.7	4.65	2.3	1.6	·
22IR4.50ISO-G	4.5		12.7	4.65	2.4	1.7
22IR5.00ISO-G	5		12.7	4.65	2.5	1.7	.

Standard:R262(DIN13)ToleranceClass:6g/6H
Note:·Recommended gradereadyto stock

55°/60° General Pitch Thread

★Without End

Shape	Type	RangeofThreadPitch		Insert Dimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ERA55	0.5-1.5	48-16	9.525	3.52	0.9	0.8
	16ERAG55	0.5-3.0	48-8	9.525	3.52	1.7	1.2
	16ERG55	1.75-3.0	14-8	9.525	3.52	1.7	1.2
	22ERN55	3.5-5.0	7-5	12.7	4.65	2.5	1.7

	11IRA55	0.5-1.5	48-16	6.35	3.52	0.9	0.8
	16IRA55	0.5-1.5	48-16	9.525	3.52	0.9	0.8
	16IRAG55	0.5-3.0	48-8	9.525	3.52	1.7	1.2
	16IRG55	1.75-3.0	14-8	9.525	3.52	1.7	1.2
	22IRN55	3.5-5.0	7-5	12.7	4.65	2.5	1.7	·

Shape	Type	Rangeof ThreadPitch		Insert Dimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ERA60	0.5-1.5	48-16	9.525	3.52	0.9	0.8
	16ERAG60	0.5-3.0	48-8	9.525	3.52	1.7	1.2
	16ERG60	1.75-3.0	14-8	9.525	3.52	1.7	1.2
	22ERN60	3.5-5.0	7-5	12.7	4.65	2.5	1.7

	11IRA60	0.5-1.5	48-16	6.35	3.52	0.9	0.8
	16IRA60	0.5-1.5	48-16	9.525	3.52	0.9	0.8
	16IRAG60	0.5-3.0	48-8	9.525	3.52	1.7	1.2
	16IRG60	1.75-3.0	14-8	9.525	3.52	1.7	1.2
	22IRN60	3.5-5.0	7-5	12.7	4.65	2.5	1.7

Note:·Recommendedgradereadytostock

★With End

Shape	Type	Range of Thread Pitch		InsertDimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ER8W		8	9.525	3.52	1.5	1.2
	16ER9W		9	9.525	3.52	1.7	1.2
	16ER10W		10	9.525	3.52	1.5	1.1
	16ER11W		11	9.525	3.52	1.5	1.1
	16ER12W		12	9.525	3.52	1.4	1.1
	16ER14W		14	9.525	3.52	1.2	1
	16ER16W		16	9.525	3.52	1.1	0.9
	16ER18W		18	9.525	3.52	1	0.8	.
	16ER19W		19	9.525	3.52	1	0.8	.
	16IR8W		8	9.525	3.52	1.5	1.2
	16IR9W		9	9.525	3.52	1.7	1.2
	16IR10W		10	9.525	3.52	1.5	1.1	·
	16IR11W		11	9.525	3.52	1.5	1.1
	16IR12W		12	9.525	3.52	1.4	1.1	.
	16IR14W		14	9.525	3.52	1.2	1	·
	16IR16W		16	9.525	3.52	1.1	0.9
16IR18W		18	9.525	3.52	1		0.8
16IR19W		19	9.525	3.52		1	0.8	.

Standard:B.S.84:1956,DIN259,ISO288/1:1982 Toleranceclass:Medium classA
Note:·Recommendedgradereadytostock

British Standard Taper Piper Thread

Standard:B.S.21:1985 Tolerance class:BSPT
★With End

Shape	Type	Range of Thread Pitch		InsertDimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ER11BSPT		11	9.525	3.52	1.5	1.1
	16ER14BSPT		14	9.525	3.52	1.2	1
	16ER19BSPT		19	9.525	3.52	0.9	0.8
	16ER28BSPT		28	9.525	3.52	0.6	0.6

	16IR11BSPT		11	9.525	3.52	1.5	1.1
	16IR14BSPT		14	9.525	3.52	1.2	1	·
	16IR19BSPT		19	9.525	3.52	0.9	0.8
	16IR28BSPT		28	9.525	3.52	0.6	0.6		o

★With End

Shape	Type	Range of Thread Pitch		Insert Dimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ER8UN		8	9.525	3.52	1.6	1.2
	16ER10UN		10	9.525	3.52	1.5	1.1	·
	16ER12UN		12	9.525	3.52	1.4	1.1
	16ER14UN		14	9.525	3.52	1.2	1	.
	16ER16UN		16	9.525	3.52	1.1	0.9
	16ER18UN		18	9.525	3.52	1	0.8
	16ER20UN		20	9.525	3.52	0.9	0.8
	16ER24UN		24	9.525	3.52	0.8	0.7	·
	16IR8UN		8	9.525	3.52	1.5	1.1	.
	16IR10UN		10	9.525	3.52	1.5	1.1	·
	16IR12UN		12	9.525	3.52	1.4	1.1
	16IR14UN		14	9.525	3.52	1.2	0.9
	16IR16UN		16	9.525	3.52	1.1	0.9
	16IR18UN		18	9.525	3.52	1	0.8
	16IR20UN		20	9.525	3.52	0.9	0.8	·
	16IR24UN		24	9.525	3.52	0.8	0.7	·

Standard:ANSI B1.1:74 Toleranceclass:2A/2B
Note:·Recommendedgradereadytostock

American Standard Taper Piper Thread

★With End
Note:·Recommendedgradereadytostock

Shape	Type	Rangeof Thread Pitch		Insert Dimestions(mm)				Coating
Shape	Type	mm	pitch/inch	IC	S	X	Y
	16ER8NPT		8	9.525	3.52	1.8	1.3	.
	16ER11.5NPT		11.5	9.525	3.52	1.5	1.1
	16ER14NPT		14	9.525	3.52	1.2	0.9
	16ER18NPT		18	9.525	3.52	1	0.8
	16ER27NPT		27	9.525	3.52	0.8	0.7
	16IR8NPT		8	9.525	3.52	1.8	1.3
	16IR11.5NPT		11.5	9.525	3.52	1.5	1.1	·
	16IR14NPT		14	9.525	3.52	1.2	0.9
	16IR18NPT		18	9.525	3.52	1	0.8
	16IR27NPT		27	9.525	3.52	0.8	0.7

Standard:USASB.21:1968 Tolerance class:NPT

Milling Inserts

Due to fuel saving,power,environmental protection and otherreasons,turbochargers are increasingly widely used,becoming an indispensable part of the internal combustion engine.Turbocharger shell is the most important part of the turbocharger,the material is mostly made of high temperature resistant alloy material,e.g.1.4826,1.4837,1.4848,1.4849 etc.

Our technical team is committed to developing new cutting tool materials, insert chip breakers and coatings.Currently,we are able toprovide theperfect solutionfor differentconditions forthe machiningof turbocharger housings from roughing to finishing.

Application No.1

plane machining.

Case No.1

Workpiecematerial:heat-resistingsteels Workpiece:Turbine shell Cooling type:Compressed Air Original blade:A foreign brand Grewininsert:ONHU050408-AFGWR0281 Cutting parameter:Vc:168m/minfz :0.07\mathsf{mm}/z ap:2.3mm Conclusion:Ourinsertscutting lightandfast,lowcuttingforce,evenwearontherearsurface,compared vith aforeignbrand processing life of15 pieces/edge,our products are more cost-effective.

millingofturbineshellplane.

Case No.2

Workpiecematerial:heat-resistingsteels1.4837
Workpiece:Turbine shell
Cooling type:Cooling Liquid
Original blade:Aforeign brand
Grewininsert:XNGU0705ANN-GRGWR0281
Cutting parameter:Vc:261.2m/min fz \because0.08\mathsf{mm}/z ap:1.5\~2mm
Conclusion: Our inserts processed 32 pieces, a foreign brand processed 30 pieces, the toollife increased by 7% with good cost performance.

Case No.3

Workpiecematerial:heat-resisting steels1.4837
Workpiece:Turbine shell
Cooling type:Compressed Air
Originalblade:Aforeignbrand
Grewininsert:CNMG120412-DMGWR0251
Cutting parameter:Boring:Vc:111m/min f:0.18mm/revap:1.75mm
Endface:Vc:120m/minf:0.15mm/rev ap:1.3mm
Service life:3pieces/edge

Conclusion:Used for turbine shellboring and end faceroughmachining,and end facefor intermittent processing,ourinserts can process3pieces,aforeign brand processed 2pieces,and successfully replaced

Case No.4

Workpiecematerial:heat-resistingsteels1.4837
Workpiece:Turbine shell
Cooling type:Cooling Liquid
Originalblade:Aforeignbrand
Grewininsert:DNMG150404-DMGWR0251
Cutting parameter: Vc: 130m/min f=0.1mm/rev {\tt a p}{=}0.2{\sfmm}
Servicelife:5pieces/edge

Conclusion: Used in the turbine casing boring and end face finishing, our inserts processed 5 pieces, a foreignbrand processed5pieces,the singlecostperpiceofworkpieceprocessingislow,andourinsert's reartoolsurfacewearlessthancompetitor's

SHARK TOOTHMilling Insert for Turbine Blades

SteamTurbineBladeMaterialandItsCharacteristics

Blade often use high strength, toughness, good thermal hardness of heat-resistant stainless stee, mechanical processing is difficult as follows

·Largemachining allwance, in ordertoimprove productionefficiency,cutting with thehighest possible cutting parameters

·High strength, high cutting force,high machining temperature,fast tool wear, easy to chipping

·Severe machining hardening,high tool groovewear

Grade Features

·Stronger bonding phase, higher resistance to plastic deformation and wear resistance, and excelle oughness

·High aluminum content gradient nano-coating for increased oxidation resistance and cuting temperature ·Smooth product surface to prevent chip tumor accumulation

Case No.1

Workpiecematerial:2Cr12NiMo1W1V
Workpiece:Highpressurecylinderstage 12dynamic andlockinglobe
Cooling type:Compressed Air
Processing type:Rough milling of airway profiles
Originalblade:Aforeignbrand
Grewininsert:RPMT1204M0GWR0281
Cuttingparameter:Vc:231m/minfz :0.38\mathsf{mm}/z ap:1.5mm

Conclusion:Our blade life is 4pieces/edge,that is single piece for 16 workpieces. A foreign brand blade life is 2 pieces/edge. Our processing quantity is 20perthousand of the foreign brand,and the costis significantly reduced.

Case No.2

Workpiecematerial:10Cr1ICo3W3NiMoVNbNB
Workpiece:High pressurelevel5
Cooling type: Compressed Air
Processing type:Rough milling of airway profiles
Originalblade:Aforeignbrand
Grewininsert:RPMT1204M0GWR0281
Cutting parameter:Vc:221m/min fz *0.51\mathsf{mm}/z ap:1,5mm

Conclusion: Our blade life is 1 piece/edge, that is single piece for 4 workpieces.A foreign brand blade life is 1 piece/edge.Both are forced to change the blade afterprocessing 1 piece.Our blade wearis smaller and the costisreduced.

HIGH FEED - Cyclone Milling

1.LNMU Series

FeatureofChipBreaker

·Double-sidedfastfeed,cost-effective with4-edges ·Optimized edge preparation for machining steel, stainlesssteel, cast iron and high-temperature alloys,etc. ·lnsertsApisupto1mm and canbeusedforshoulder milling, groove milling, ramp milling and small depth miling.

Case:

Workpiecematerial:AlloySteel Workpiece: Cutter grooving Cooling type: Compressed Air Original blade:A foreignbrand Grewininsert:LNMU0303ZER-GMGW0251 Cutting parameter: Vc:126m/min, fz *0.3\mathsf{mm}/z ， \mathsf{a p}{:}0.8\mathsf{mm} Conclusion: Our blade processed 46 pcs edge, a foreign randprocessed33pcsedge,tool lifeincreasedby 40% to neetcustomers'cost-effectiveneeds.

2.LOGU Series

Feature of Chip Breaker

·Double-sided with 4-edges ·Precision ground inserts for higher indexing accuracy ·Small-diameterandmulti-edgeforefficient hachining,endmill diameterrange 16~32\mathsf{mm}

Case:

Workpiece material:45#Steel Workpiece:Automotivemoldparts Cooling type: Compressed Air Original blade:Aforeignbrand Grewininsert:LOGU030310ER-MMGW8251 Cutting parameter:Vc:180m/min,fz 0.77mm/z ap:0.7mm Conclusion:Our blade processed 3 pcs edge,a foreign )rand processed 1pcs edge,our blade efficiency increased y 4-5 times,the unit cost reduced by 5 times.

HIGH FEED -New Application

Replaces Traditional Round Milling Inserts

3.SOMT Series

FeatureofChipBreaker

·Fast Feed for General Milling ·Convex cutting edge design inhibits impact duringinsertfeedandimprovestheimpact resistance of the insert. ·For flat surface machining, cavity machining and helical milling.

Case:

Workpiecematerial:SUS431 Workpiece:Maskmachine spinneret Cooling type:Compressed Air Original blade:A foreignbrand-RPEW1003 Cutting parameter:Vc: 271\m/min f _{z:0.91\:mm/z} ap:0.3mm Grewininsert:SOMT140520-GMGW0251 Cutting parameter: Vc: 178m/min, fz:1 .23\mathsf{mm}/z ,ap:1mm Conclusion: Fast feed inserts replace traditional round inserts, metal removal rate increased by 3.6 timesperunittime,cuttingperformanceincreasedby 300% ,andtoolcostreducedby 80% ：

Recommendation of Milling Grade

Recommendation of Inserts and Chip Breakers

SuperAlloy Titanium Alloy				D
SuperAlloy Titanium Alloy	RPHX-DF	RPHX-DM	APMT-DF	SDMT-DM	LNMU-MS
Length	10/12	10/12	11/16	06/09	03
Page	B-35	B-35	B-36	B-36	B-37
Double-side Cost-effective Face Miling Inserts				®
Double-side Cost-effective Face Miling Inserts	SNMU-GM	SNMX-GM	SNGX-GF	PNCU-GM	HNMG-R
Length	13	12/16	09	09	09
Page	B-39	B-40	B-40	B-41	B-42
Double-side Cost-effective Face Miling Inserts
Double-side Cost-effective Face Miling Inserts	HNMG-M	XNMU-MM	XNMU-GR	ONHU-AR	ONHU-AF
Length	09	07	07/09	05	05
Page	B-42	B-43	B-43	B-44	B-44
Double-side		Helix Miins
Double-side	ONMU-GM		APKT-PM	SP-KM	SP-PM
Length	09	Length	15	12	12
Page	B-45	Page	B-46	B-46	B-46

Helical Miling Inserts
Helical Miling Inserts	CNHX	LNKT	LNKX
Length	16	16	12
Page	B-47	B-47	B-48

Milling Insert Code Key

Shoulder Milling Inserts

APMT Inserts

Length	Size(mm)
Length	L	W	S	r
11	11.35	6.2	3.5	0.8
16	17.35	9.3	5.26	0.8

Note:·The Recommended Grade ready to stock

Shape

Type

(mm)

(mm/z)

CVD

PVD

APMT1135PDER-XR

2.50-7.50

0.05-0.25

APMT1605PDER-XR

3.50-10.00

0.07-0.50

Length	Size(mm)
Length	L	W	S	r
11	11.35	6.2	3.5	0.8
16	17.35	9.3	5.26	0.8

Shape

Type

(mm)

(mm/z)

CVD

PVD

APMT1135PDER-GM

2.50-7.50

0.05-0.25

APMT160408PDER-GM

3.50-10.00

0.07-0.50

Length	Size(mm)
Length	L	W	S	r
11	11.35	6.2	3.5	0.8
16	17.35	9.2	4.76	0.8

Note:·TheRecommended Gradereadytostock

Shape

Type

(mm)

(mm/z)

CVD

PVD

APMT1135PDER-M2

2.50-7.50

0.05-0.25

APMT160408PDER-M2

3.50-10.00

0.07-0.30

Length	Size(mm)
Length	L	W	S	r
11	11.35	6.2	3.5	0.8
16	17.35	9.2	4.76	0.8

Shape

Type

(mm)

(mm/z)

CVD PVD

APMT1135PDER-H2

2.50-7.50

0.05-0.25

APMT160408PDER-H2

3.50-10.00

0.07-0.30

Note:·TheRecommended Gradeready to stock

Shoulder Milling Inserts

ADMT Inserts

Length	Size(mm)
Length	L	W	S	BS	r
11	11	6.7	3.8	1.4-2.1	0.2-1.2

Shape	Type	(mm)	(mm/z)	CVD	PVD
Shape	Type	(mm)	(mm/z)	CVD
	ADMT11T302ER-JT	2.0-6.0	0.06-0.15
	ADMT11T304ER-JT	2.2-8.0	0.08-0.15
	ADMT11T308ER-JT	2.5-10.0	0.10-0.18					.
	ADMT11T312ER-JT	2.8-10.0	0.08-0.20			.	.
	ADMT170408ER-JT	3.5-10.0	0.08-0.25			.	.

Note:·TheRecommended Gradereadyto stock

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Positive Inserts

Semi-finishing for Heat Resistant Alloy

Semi-finishing for Heat Resistant Alloy

Semi-finishing for Heat Resistant Alloy

Semi-finishing for Heat Resistant Alloy

Train Wheel Turning Inserts

Train Wheel Turning Inserts

Train Wheel Turning Inserts

Parting Grooving Tools

Parting and Grooving Inserts

Parting and Grooving Inserts

Parting and Grooving Inserts

Parting and Grooving Inserts

Parting and Grooving Inserts

Parting and Grooving Inserts

Parting and Grooving Inserts

Grinded Grooving Inserts

Shallow Grooving Inserts

Shallow Grooving Inserts

Special Parting Inserts

Special Parting Inserts

Threading Inserts

ISO Metric Thread

55°/60° General Pitch Thread

British Standard Taper Piper Thread

American Standard Taper Piper Thread

Milling Inserts

Application No.1

Case No.1

Case No.2

Case No.3

Case No.4

SHARK TOOTHMilling Insert for Turbine Blades

SteamTurbineBladeMaterialandItsCharacteristics

Grade Features

HIGH FEED - Cyclone Milling

1.LNMU Series

FeatureofChipBreaker

Case:

2.LOGU Series

Feature of Chip Breaker

Case:

HIGH FEED -New Application

Replaces Traditional Round Milling Inserts

3.SOMT Series

FeatureofChipBreaker

Case:

Recommendation of Inserts and Chip Breakers

Milling Insert Code Key

Shoulder Milling Inserts

APMT Inserts

Shoulder Milling Inserts

ADMT Inserts

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