F1~F92
Boring
EZ Bars
EZB-HP / EZB-ST / EZB-NB
F14
EZ Bar PLUS
S-SCLC / C-SCLC
F18
EZ Bars (Copying)
EZVB
F19
System Tip-Bars
VNB-S / VNB / VNBT / VNBX-S
F26
Twin-Bars
TWB / TWBT
F32
2-Edge Tip-Bars
HPB / HPBT
F34
Tip-Bars
PSB-S / PSBT-S
F35
"
will be switched to EZB / HPBT
CC
£ £
Insert
Dynamic Bar
F36
CP
££
Insert
Dynamic Bar
F38
DC
££
Insert
Dynamic Bar
F40
JC
££
Insert
Boring Bars for General Purpose
F44
TC
££
Insert
Dynamic Bar
F45
TB / TP
££
Insert
Dynamic Bar / Boring Bars for General Purpose
F46
VB / VC / VP
££
Insert
Dynamic Bar
F50
WB / WP
££
Insert
Dynamic Bar
F56
SP
££
Insert
Boring Bars for General Purpose
F58
TP
££
Insert
(without Hole)
Boring Bars for General Purpose
F59
CN
££
Insert
F61
DN
££
Insert
F62
TN
££
Insert
F62
CC
££
Insert
F63
DC
££
Insert
F63
Boring Adapter
(with coolant hole / anti-vibration damper system)
F64
CN
££
Insert
F65
DN
££
Insert
F67
SN
££
Insert
F71
TN
££
Insert
F72
WN
££
Insert
F74
EZH-CT / EZH-HP / EZH-ST
F80
PH
F82
SHA / SH / SHC / SJS
F82
Product Introduction
F2~F5
Identification System / Product Lineup
F6~ F11
Solid Tip-Bars for Micro Boring
F12~F35
Boring Bars for Negative Inserts
F65~F76
Dynamic Bar / Boring Bars for General Purpose
F36~F51
Boring Toolholders for Bearing Machining (Square Shank)
F60
AD Bars
F61~F64
Boring Bars for Ceramic Tools
F77~F78
Boring Bars for Solid CBN Tools
F79
Sleeves
F80~F84
Recommended Cutting Conditions
F90~F92
Assembly (AS) List / Former Parts List
F85
Parts Compatibility of Lever Lock Toolholders
R42
Alternative Toolholder Reference Table for Boring Bar
F86~F89
F1
F2 F3
Boring
F
Boring
F
Dynamic Bar
¢
Superior chip evacuation
(External coolant)
Dynamic Bar Competitor A Competitor B
Inside the workpiece
In the products of competitor A and B chips remain
inside the workpiece, but chips from the Dynamic Bar
are all evacuated from the workpiece.
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
Chip evacuation direction
¢
Comparison of pocket length
Description
Pocket length (mm)
Dynamic Bar Competitor A
A16-SCLPR09-18 type 37 29
A20-SCLCR09-22 type 48 32
Pocket length
¢
Chip evacuation direction
SCLC(P) type STLB(P) type
Better evacuation by backward chip flow
¢
Comparison of vibration tendency
5.5
4.5
5.0
Good
Competitor A
1
2
3
4
5
Dynamic Bar
AE type
Competitor B
Maximum toolholder overhang (L/D)
<Cutting Conditions>
15CrMo4
Vc=150m/min
ap=0.5mm
f=0.1mm/rev
S16-SCLPR09 type
CPMH090304L-Y
The Dynamic Bar achieves superior chip evacuation
High rigidity and chattering resistance are ensured by using a special alloy
and with help of stress analysis technology.
Previously unattained surface finish and dimensional accuracy are now achieved.
Toolholder design developed by using stress analysis technology
Maximum structural thickness for high toolholder rigidity
Controls chattering to achieve stable machining
Large chip pocket produces
superior chip evacuation
Dynamic design by using the latest computer simulation technology
¢
Comparison of surface finish
Vibration of the Dynamic Bar was minimal even at high cutting speeds,
enabling stable machining.
Dynamic Bar Competitor A Competitor B
Surface wall
Surface
Roughness
Ra=0.4µm
Rz=2.3µm
Ra=0.6µm
Rz=3.6µm
Ra=3.4µm
Rz=14.0µm
Oscillatory
waveform
Direction of vibration
measurement
<Cutting Conditions>
15CrMo4
Vc=210m/min
ap=0.5mm
f= 0.1mm/rev
A16 Q -SCLPR09-18 type
CPMT090304XP(PV7020)
L/D=4
External Coolant
F2 F3
Boring
F
Boring
F
¢ Cutting Point Precision
The AE Dynamic Bar maintains precise cutting edge positional accuracy
through the use of a special alloy, thereby achieving high precision machining.
-0.04
-0.03
-0.02
-0.01
0.00
0.01
0.02
0.03
0 500 1,000 1,500
2,000
X-axis displacement (mm)
AE type
Competitor B
Amount of cuts
Dynamic Bar (AE type)
<Cutting Conditions>
34CrMo4
Vc=180m/min
ap=2mm
f=0.2mm/rev
S/A16Q-SCLPR09-18 type
CPMH090308(CA5525)
L/D=4
External Coolant
Direction of
measurement
X-axis
conventional model
¢
Advantages of Dynamic Bar SDUC
New design and concept focusing on chip evacuation
New
design
Streamlined pocket enables an
effective chip evacuation
New
concept
Coolant flows toward the workpiece’s
inner surface
Large chip pocket allows
chips to ow through the
backside of the bar
Side chip pocket directs chips
outside of workpiece
Coolant flows towards
the inner surface of the
workpiece enabling smooth
chip evacuation
Coolant ow
conventional model
Toolholder Lineup
· Excellent Bar (AE Type)
Excellent Bar with coolant
hole (internal coolant) (A···AE)
enables better chip evacuation.
· Steel Bar
The steel shank bar (without
coolant hole) provides superior
cost performance
AD Bars Interchangeable Head Boring Bars with Anti-vibration Dampener System
Double Clamp Boring Bars for Negative Inserts
Stable machining is realized in Double Clamp and Direction adjustment mechanism coolant hole.
Chip ow
l
The AD (Advanced Dampener) system enables a maximum
overhang of 6 times L/D.
l
Highly efficient machining: The anti-vibration dampener
effect enables large cutting-depths and high feed rates.
l
Applicable for a variety of machining conditions
due to the interchangeable
head design.
Special dampener system
made from heavy metal
Improved Clamping
Rigidity
Direction adjustment
mechanism coolant hole
¢ Nozzle setting
Firmly clamp the insert in two
directions with one action.
Along with improving the
accuracy of the insert position,
long tool life can be achieved.
Discharge direction of coolant is
adjustment flexible focusing on
Coolant to Edge reliably builds up
*Not applicable to
high-pressure coolant
Wrench etc. that enters
2.5 or less holes are
used, and adjust.
F4 F5
Boring
F
Boring
F
Easy adjustment and high precision
EZ
Bars
Kyocera’s original
EZ adjust structure
Overhang length is adjustable
Replaceable adjustment pin
1
2
3
Easy adjustment and high precision
Easy adjustment and high precision
Overhang length
Replaceable adjustment pin
EZ adjust structure
Bar overhang is adjustable by replacing adjustment pin.
Internal coolant sleeve (EZH-CT) is available.
Excellent clamping force
2
types of bars
2
Chipbreakers for various applications
Bar end (Slant)
Chip pocket Chip pocket
Flat portion of the shank Flat portion of the shank
0
°
12
°
Adjustment Pin
Excellent clamping force
Bar is rmly clamped on the slanted end by the Adjustment Pin
Chip pocket
Flat portion of the shank
0
°
Chip pocket
Flat portion of the shank
12
°
ST
type (standard)
* Chip pocket angles are different.
* Even when using a same sleeve, the Min, Bore
Dia. can be different depending on which bar to
attach.
· 2 types of corner-R for each chipbreaker
* Lineup depend on description
H Chipbreaker: 0.08mm, 0.15mm
F Chipbreaker: 0.05mm, 0.15mm
Kyocera’s original
EZ adjust structure
l
Easy adjustment and high precision
l
EZ Bars prevent deviation with high-rigidity clamping
Wide range of items applicable to various applications
MEGACOAT PR1225 for stable machining
and extended tool life
H Chipbreaker (Without lead angle)
Tough edge (General purpose) Sharp cutting (For finishing)
F Chipbreaker (With lead angle)
Precision-oriented
Cost-oriented
F14 F15
Along with the solid type, EZVB (for Boring ,
Internal Facing and Copying) and indexable
type “EZ Bar PLUS” are added to the lineup
HP
type (High precision)
F4 F5
Boring
F
Boring
F
[Solid Type]
Easy adjustment and high precision
EZ
Bars
SVN F28
SVNS
F28
Square Shank (Straight)
S…SVN F29
Round Shank (Standard)
System Tip-Bars F26Twin-Bars
F32
~
F33
l
Guide for usage (Adjustable overhang type)
Solid Bars Type: Min. Bore Dia.
φ
1~
10
5
0
15
20
25
I1 I2 I3 I4
I5 I6 I7 I8
30
35
40
Cutting Dia. (mm)
Max. Overhang Length (mm)
Boring Back boring Grooving Face Grooving Threading
HPB
F34
HPBT
F34
HPG
G44
HPFG
G67
HPT
J28
Min. Bore Dia.: ϕ2~ϕ7
Corner-R (r
ε
): 0.05
Min. Bore Dia.: ϕ4~ϕ5
Corner-R (r
ε
): 0.05
Min. Bore Dia.: ϕ4~ϕ7
Edge Width: 1.0~2.0mm
Depth: 1.0~2.0mm
Min. Face Groove Dia.:
ϕ
8
Edge Width: 1.0~3.0mm
Depth: 2.0~3.0mm
Min. Pilot Hole Dia.:
ϕ
4.5~
ϕ
8
M : 0.75~1.5mm
UN : 28~16 TPI
W : 24~18 TPI
Rc : 28~19 TPI
HP Type 2-Edge Tip-Bars for Micro Boring
lEconomically excellent 2-Edge
lMin. Bore Dia. Line Up from
ϕ
2.0 to Up
lEasy-to-Use Adjustable Overhang Length
lIntegrated shank enables installation with standard sleeves
lSpecial sleeves for various machine types
F12
F6 F7
Boring
F
Boring
F
Product Lineup
L
L
ID
D
¢
Guide Line for Overhang Length of Boring Bar
(Workpiece material : S45C)
l
Short Shank Series
¢
Carbide Shank Boring Bar
Short Shank Types with length of 1/2 and 2/3 of standard
type are available. (-1/2 or -2/3 is shown at the end of the
description)
When installing on machines, no additional machining (to
change toolholder length) is required.
Standard Size
1/2 Size
2/3 Size
l
Anti-vibration interchangeable head mechanism Boring Bar “AD Bar”
For the identication system for boring bars with interchangeable head, Ref. to page
F61
P R 09 16S C LM
12
S
Y X Z
Q S U W
F K L P
Manufacture’s Option
Shank Type
E
C
A
S
Bar Length
F : 80
G: 90
H:100
J :110
K:125
L :140
M:150
N:160
P :170
Q
: 180
R
: 200
S
: 250
T
: 300
U
: 350
V
: 400
W
: 450
Y
: 500
X
: Special
C
: Top Clamp
M
: Multi Lock
P
: Lock Pin Only
or Lever Lock
S
: Screw Clamp
W
: Wedge Lock
C
: 80˚ Rhombic
D
: 55˚ Rhombic
J
: 70˚ Rhombic
R
: Round
S
: 90˚ Square
T
: 60˚ Triangle
V
: 35˚ Rhombic
W
: 80˚ Trigon
R
: Right-hand
L
: Left-hand
Clamping System Insert Shape Hand of Tool Others
Bar Diameter Insert Relief Angle Insert Size Min. Bore Dia.
90˚
75˚
95˚
95˚
117.5˚
107.5˚
45˚
93˚
60˚
85˚
110˚
93˚(95˚)
B
: 5° Positive
C
: 7° Positive
D
:15° Positive
E
: 20° Positive
N
: 0° Negative
P
: 11° Positive
α
D,J,Y
L
L
V
T
L
C
L
L
R
L
S
Steel
Steel
(with Coolant Hole)
Carbide
Carbide
(with Coolant Hole)
−−
Optional Mark or
Number
Example
A
: Dynamic Bar
AE
:
Excellent Bar which
is Dynamic Bar type
E
: Excellent Bar
¢
Boring Bar Identification System
(Round Shank)
Overhang Length (L / D)
Shank Material
Steel
3
Steel (Dynamic Bar)
4
Excellent5
Excellent (Dynamic Bar)
5.5
AD Bars (with Anti-vibration Dampener System)
6
Carbide
7
Cutting Edge Angle
F6 F7
Boring
F
Boring
F
¢
Solid Tip-Bars for Micro Boring
Applications
Solid Tip-Bars
Type
Shape
Shank Type
Max. Overhang Length
(L/D)
Min. Bore Dia. ϕA
Ref. to Page
for
Toolholders
Summary
1
1.5
2
2.5
3
3.5
4
4.5
5
5.5
6
6.5
7
7. 5
Boring
EZB-HP
EZ Bars
F14
Solid
L/D = ~ 5
N N N N N N N
F20
~
F25
EZB-ST
EZ Bars
F15
Solid
L/D = ~ 5
N N N N N N N N N
EZB-NB
EZ Bars
(MEGACOAT)
F16
Solid
L/D = ~ 5
N N N N N N N N N
C B N
EZB-NB
EZ Bars
P C D
F16
Solid
L/D = ~ 5
N N N N N
N N N N
TWB
Twin-Bars
F32
Solid
N N N N N
F32
TWBT
Twin-Bars
F33
Solid
N N N N N
F33
VNB-S
System Tip-Bars
F26
Solid
N N N N N N N
F28
F29
VNB
System Tip-Bars
F26
Solid
N N N N N N
VNBX-S
System Tip-Bars
F30
Solid
N N N N N N
F31
HPB
2-Edge Tip-Bars
F34
Solid
L/D = ~ 5
N N N N N N
F24
F25
PSB-S
Tip-Bars
F35
Solid
L/D = ~ 5
N N N N N N
F82
Back Boring
VNBT
System Tip-Bars
F26
Solid
N N
F28
F29
HPBT
2-Edge Tip-Bars
F34
Solid
L/D = ~ 5
N N
F24
F25
PSBT-S
Tip-Bars
F35
Solid
L/D = ~ 5
N N
F82
Copying
EZVB
EZ Bars
F19
Solid
N N N N
F21
~
F25
1(:
F8 F9
Boring
F
Boring
F
Product Lineup
Applications
Overview Shape Boring Bar Type
Shank Type
Max. Overhang Length
(L/D)
Coolant
Hole
Min. Bore Dia. ϕA
Ref. to Page
for Toolholders
Ye s No
5 6 7 8
10 12 13 14 16 18 20 22 23 25 26 27 30 31 32 34 40 50
Boring / Internal Facing
5˚
A…SCLC-AE
Excellent
L/D = ~5.5
N N N N N N N
F37
S…SCLC-AE
Excellent
L/D = ~5.5
O N N N N
S…SCLC-A
Steel
L/D = ~4
O N N N N N N
C…SCLC-A
Carbide
L/D = ~7
O N N N N
E…SCLC-A
Carbide
L/D = ~7
N N N N N N N
A…SCLP-AE
Excellent
L/D = ~5.5
N N N N N N N
F39
S…SCLP-A
Steel
L/D = ~4
O N N N N N N
E…SCLP-A
Carbide
L/D = ~7
N N N N N N N
EZ Bar PLUS
5˚
S…SCLC-EZ
Steel
L/D = ~3
O N N
F18
C…SCLC-EZ
Carbide
L/D = ~5
O N N
5°
A…STLP-AE
Excellent
L/D = ~5.5
N N N N N N N N N
F47
S…STLB-AE
O N
S…STLB(P)-A
Steel
L/D = ~4
O N N N N N N N N
E…STLP-A
Carbide
L/D = ~7
N N N N N N N N N
C…STLB-A
O N
A…STLC-AE
Excellent
L/D = ~5.5
N N N N N N
F45
S…STLC-A
Steel
L/D = ~4
O N N N N N
Boring
A-SWUP-AE
3°
F40
S…SWUB-AE
Excellent
L/D = ~5.5
O N N N
F57
A…SWUB(P)-AE
Excellent
L/D = ~5.5
N N N N N N
S…SWUB(P)-A
Steel
L/D = ~4
O N N N N N N N N
C…SWUB-A
Carbide
L/D = ~7
O N N N
E…SWUB(P)-A
Carbide
L/D = ~7
N N N N N N
¢
Dynamic Bar / EZ Bar PLUS
F8 F9
Boring
F
Boring
F
¢
Dynamic Bar
Applications
Overview Shape Boring Bar Type
Shank Type
Max. Overhang Length
(L/D)
Coolant
Hole
Min. Bore Dia. ϕA
Ref. to Page
for Toolholders
Yes No
5 6 7 8
10 12 13 14 16 18 20 22 23 25 26 27 30 31 32 34 40 50
Copying
30°
A…SDUC-AE
Excellent
L/D = ~5.5
N N N N N N N
F41 S…SDUC-A
Steel
L/D =
~
4
O N N N N N N
E…SDUC-A
Carbide
L/D = ~7
N N N N N N N
1 7. 5 ˚
A…SDQC-AE
Excellent
L/D = ~5.5
N N N N N N
F42 S…SDQC-A
Steel
L/D = ~4
O N N N N N
E…SDQC-A
Carbide
L/D = ~7
N N N N N N
A-SVJB-AE F36
52°
A…SVJB(C)-AE
Excellent
L/D = ~5.5
N N N N N N N
F50
A…SVJP-AE
N N
S…SVJB(C)-A
Steel
L/D = ~4
O N N N N N N
S…SVJP-A
O N
A-SVPC-AE F36
27.5°
A…SVPB(C)-AE
Excellent
L/D = ~5.5
N N N N N N N
F52 S…SVPB(C)-A
Steel
L/D = ~4
O N N N N N N
E…SVPB(C)-A
Carbide
L/D = ~7
N N N N N N
A-SVUB-AE F38
38°
3°
A…SVUB(C)-AE
Excellent
L/D = ~5.5
N N N N N N
F55 S…SVUB(C)-A
Steel
L/D = ~4
O N N N N N
E…SVUB(C)-A
Carbide
L/D = ~7
N N N
N
29
N
Back Copying
30˚
3˚
A…SDZC-AE
Excellent
L/D = ~5.5
N N N N N N N
F43 S…SDZC-A
Steel
L/D = ~4
O N N N N N N
E…SDZC-A
Carbide
L/D = ~7
N N N N N N
3°
50°
A…SVZB(C)-AE
Excellent
L/D = ~5.5
N N N N N N
F55
S…SVZB(C)-A
Steel
L/D = ~4
O N N N N N
For Min. Bore Dia. ϕA, the gure under
N
may be applied depending on the toolholder type.
F10 F11
Boring
F
Boring
F
Product Lineup
¢
Boring Bars for General Purpose
Applications
Boring Bar Type Shape
Shank Type
Max. Overhang Length
(L/D)
Coolant
Hole
Insert
Type
Min. Bore Dia. ϕA
Ref. to Page for
Toolholders
Ye s No
5 6 7 8 10 12 14 16 18 20 25 30 32 40 50 63
Boring / Internal Facing
A
…
DCLN12
Steel
L/D = ~ 3
N
Negative
N N N
F65
S
…
PCLNOO
Steel
L/D = ~ 3
O
Negative
N N
27
N N N
F66
A
…
PCLN09
Steel
L/D = ~ 3
N
Negative
N N
27
N
A
…
DWLN08
Steel
L/D = ~ 3
N
Negative
N N N
F75
S
…
PWLNOO
Steel
L/D = ~ 3
O
Negative
N N
27
N N N
F74
F76
A
…
PWLN06
Steel
L/D = ~ 3
N
Negative
N N
27
N
F74
S
…
WWLN08-E
Excellent
L/D = ~ 5
O
Negative
N
28
N
34
N
F76
C
…
STXP(B)
Carbide
L/D = ~ 7
O
Positive
N
7.5
N
9
N
11
F49
C
…
SJLC
Carbide
L/D = ~ 7
O
Positive
N
5.5
F44
Copying
S
…
STWP-E
Excellent
L/D = ~ 5
O
Positive
N N N N N
F48
S
…
STWP
Steel
L/D = ~ 3
O
Positive
N N N N
A
…
DDUN15
Steel
L/D = ~ 3
N
Negative
N N N
F68
S
…
PDUN11
Steel
L/D = ~ 3
O
Negative
N
27
N N
F67
A
…
PDUN11
Steel
L/D = ~ 3
N
Negative
N
27
N N
S
…
PDUN15
Steel
L/D = ~ 3
O
Negative
N N
44
N
54
F69
S
…
PDQN15
Steel
L/D = ~ 3
O
Negative
N N
44
N
54
F69
Back Copying
C
…
STZB
Carbide
L/D = ~ 7
O
Positive
N
8.5
F49
C
…
SJZC
Carbide
L/D = ~ 7
O
Positive
N
6.5
F44
S
…
PDZN15
Steel
L/D = ~ 3
O
Negative
N N
44
N
54
F69
Boring
S
…
CTUP
Steel
L/D = ~ 3
O
Positive
N N
N
27
N
34
N
43
N
F59
A
…
DTFNOO
Steel
L/D = ~ 3
N
Negative
N N N
F72
S
…
PTUNOO
Steel
L/D = ~ 3
O
Negative
N N N N N N
F73
A
…
PTUN11
Steel
L/D = ~ 3
N
Negative
N N N
A
…
DSKN12
Steel
L/D = ~ 3
N
Negative
N N N
F71
S
…
SSKP
Steel
L/D = ~ 3
O
Positive
N N
F58
S
…
CSKP
Steel
L/D = ~ 3
O
Positive
N
N
27
N
34
N
43
For Min. Bore Dia. ϕA, the gure under
N
may be applied depending on the toolholder type.
1(:
1(:
1(:
1(:
1(:
F10 F11
Boring
F
Boring
F
¢
Toolholders for Bearing Machining
(Square Shank)
Applications
Boring Bar Type
Shape
Min. Bore Dia.
ϕ
A
Ref. to Page
for
Toolholders
2 0 2 5 3 0 3 2 4 0 5 0
B o r i n g
SRCP-B
N N
F60
Applications
Boring Bar Type
Shape
Min. Bore Dia.
ϕ
A
Ref. to Page
for
Toolholders
16 18 2 0 2 5 3 0 3 2 4 0 5 0
B o r i n g /
I n t e r n a l
F a c i n g
S
…
CELN
N
F77
Boring
S
…
CTUP
N N
N
27
N
34
N
43
N
F59
S
…
CSKP
N
N
27
N
34
N
43
F58
S
…
CSKN
N
F77
For Min. Bore Dia. ϕA, the gure under
N
may be applied depending on
the toolholder type.
¢
Boring Bars for Ceramic / Solid CBN Tools
(L/D=~3)
Applications
Boring Bar Type
Shape
Min. Bore Dia.
ϕ
A
Ref. to Page
for
Toolholders
2 0 2 5 3 0 3 2 4 0 5 0
B o r i n g /
I n t e r n a l
F a c i n g
S
···
CCLN-GX
N N
F78
B o r i n g /
C o p y i n g
S
···
CDUN-GX
N N
F78
B o r i n g
S
···
CSKN-GX
N N
F78
B o r i n g /
I n t e r n a l
F a c i n g
S
···
CCLN-A
N
F79
B o r i n g
S
···
CTUN-A
N
F79
Applications
Boring Bar Type
Shape
Min. Bore Dia.
ϕ
A
Ref. to Page
for
Toolholders
2 0 2 5 3 0 3 2 4 0 5 0
R o u n d -
Ch a m f e r i n g
CBSN-B
N
F60
¢
AD Bars Interchangeable Head Boring Bars with Anti-vibration Dampener System
Applications
Boring Bar Type Shape
Shank Type
Max. Overhang Length
(L/D)
Coolant
Hole
Insert
Type
Min. Bore Dia.
ϕ
A
Ref. to Page
for Toolholders
Ye s No
7 8 10 12 14 16 18 20 25 30 32 40 43 50 63
Boring / Internal Facing
HA
…
PCLN12
5˚
Anti-Vibration Dampener
L/D = ~ 5 . 5
N
Negative
N N N
F61
HA
…
SCLC09
5˚
Anti-Vibration Dampener
L/D = ~ 6
N
Positive
N
F63
Copying
HA
…
PDUN15
3˚
30˚
Anti-Vibration Dampener
L/D = ~ 6
N
Negative
N N N
F62
HA
…
SDUC11
32˚
3˚
Anti-Vibration Dampener
L/D = ~ 6
N
Positive
N
F63
Boring
HA
…
PTFN16
90˚
Anti-Vibration Dampener
L/D = ~ 6
N
Negative
N N N
F62
F12 F13
Boring
F
Boring
F
Easy adjustment and high precision
EZ
Bars
Kyocera’s original
EZ adjust structure
Overhang length
is adjustable
Replaceable adjustment pin
¢
2 types of bars
¢
3 types of sleeve (EZH-CT , EZH-HP , EZH-ST)
¢
Lineup expansion Along with
the solid type, indexable type
"EZ Bar PLUS" is newly added
l
Insert Tolerance
Kyocera’s original
EZ adjust structure
l
Easy adjustment and high precision
l
EZ Bars prevent deviation with high-rigidity
clamping
Wide range of items applicable to various
applications
Chip pocket
Flat portion of the shank
0
°
Chip pocket
Flat portion of the shank
0
°
HP
type (High precision)
Precision-oriented
F14
Chip pocket
Flat portion of the shank
12
°
Chip pocket
Flat portion of the shank
12
°
ST
type (standard)
Cost-oriented
F15
Y = Edge Height
Y
F = Offset
Z = Insert length
Z
F
Insert Tolerance Offset (F)
Overall length (Z)
Edge Height (Y) Min. Bore Dia.
Precision-oriented HP type
(High precision)
±0.025mm ±0.05mm +0.05/0mm
Same as
Shank Dia.
Cost-oriented ST type
(standard)
±0.06mm ±0.1mm +0.06/0mm
Not same as
Shank Dia.
* Ref. to page of “Dimension” for details.
EZH-HPEZH-CT
Overhang length is adjustable
(Adjustable)
High precision , with coolant hole
(Adjustable)
EZH-ST
Not-adjustable
1(:
Insert setting image
F12 F13
Boring
F
Boring
F
¢
Coolant discharge system of EZH-CT
¢
Structure of EZH-CT
¢
How to select bars and sleeves for each application
EZH-CT type (high precision / with coolant hole) is added in
the EZH sleeve lineup!
Kyocera’s unique EZ adjust structure and internal coolant system improve
dimensional accuracy and surface roughness
Improved repetitive accuracy (μm)
0
5
10
15
20
25
Overhang Length of the Bar :16.5mm (L/D
|
4)
Competitor BCompetitor A
EZ Bars
Y = Edge Height
· Excellent repeat accuracy by the
combination of HP bar + CT / HP
sleeve
Indexable type
EZ Bars
Coolant
Coolant
Coolant hole (outlet)
Coolant hole (outlet)
Bar end (Slant)
Adjustment pin
Clamp Screw (For Bar)
EZ bar
Coolant path
Clamp Screw (For Adjustment Pin)
Clamp Screw (For liquid leak prevention)
Ye s
No
High
precision
Easy adjustment of bar
Not-
adjustable
Cost
reduction
Internal
coolant
Precision-
oriented
Cost-oriented
HP type bar
+
CT type sleeve
HP type bar
+
HP type sleeve
ST type bar
+
HP type sleeve
EZ Bar PLUS
+
HP type sleeve
ST type bar
+
ST type sleeve
¢
How to fix EZ-Bars (EZH-CT sleeve)
Fig.3 Fixed bar
Fig.2 How to fix bar
Fig.1 How to use adjustment pin
Chip pocket
Bar end (Slant)
Clamp Screw
(For Adjustment Pin)
How to use adjustment pin and prevent liquid leak (Fig.1)
(1) Put the adjustment pin into the hole according to the overhang length. Push it into the sleeve, using the wrench (LW-1.5).
(2) Tighten the clamp screw for the adjustment pin "HS3x4P" using the wrench "LW-1.5" from the both sides of the sleeve.
(3) Put the clamp screws "HS3x4P" into the holes for liquid leak prevention, using the wrench "LW-1.5" and fix them from the both sides of the sleeve.
How to fix bar (Fig.2)
(1) With the chip pocket upward, set the bar into the sleeve.
Press the slant of the end of the bar with the adjustment pin.
Make sure that the bar does not move (Fig.3)
(2) Tighten the clamp screw with wrench (LW-2) and fix the bar.
(Use LW-1.5 if shank dia. is 3mm or less)
Clamp Screw
(For liquid leak prevention)
Adjustment Pin
(2)
(2)
(1)
(1)
(2)
F14 F15
Boring
F
Boring
F
EZ Bars
¢
EZB-HP
(Boring)
EZ Bars Identification System
l
EZ Bars Dimensions
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
Applicable
Sleeves
F20
~
F25
MEGACOAT
Carbide
ϕA ϕD H L1 L2 L3 F S r
ε
PR1225 GW05
EZBR 020020HP-008H 2 2 1.8 32 8 4.9 0.85 0.25 0.08
±0.015
N N
EZH020…
025025HP-008H
2.5 2.5 2.3 35 10.5 4.9 1.1 0.25
0.08
±0.015
N
EZH025…
025025HP-015H 0.15
±0.02
N
030030HP-008H
3 3 2.7 38.9 13 6.9 1.35 0.3
0.08
±0.015
N N
EZH030…
030030HP-015H 0.15
±0.02
N
035035HP-008H
3.5 3.5 3.2 41.9 15 6.9 1.6 0.4
0.08
±0.015
N
EZH035…
035035HP-015H 0.15
±0.02
N
040040HP-008H
4 4 3.6 48.8 20 9.8 1.85 0.4
0.08
±0.015
N N
EZH040…
040040HP-015H 0.15
±0.02
N
050050HP-008H
5 5 4.6 58.1 25 9.8 2.35 0.5
0.08
±0.015
N N
EZH050…
050050HP-015H 0.15
±0.02
N
060060HP-008H
6 6 5.6 66.1 30 11.8 2.85 0.6
0.08
±0.015
N N
EZH060…
060060HP-015H 0.15
±0.02
N
EZBR 020020HP-005F 2 2 1.8 32 8 4.9 0.85 0.25 0.05
±0.01
N
EZH020…
025025HP-005F
2.5 2.5 2.3 35 10.5 4.9 1.1 0.3
0.05
±0.01
N
EZH025…
025025HP-015F 0.15
±0.02
N
030030HP-005F
3 3 2.7 38.9 13 6.9 1.35 0.4
0.05
±0.01
N
EZH030…
030030HP-015F 0.15
±0.02
N
035035HP-005F
3.5 3.5 3.2 41.9 15 6.9 1.6 0.5
0.05
±0.01
N
EZH035…
035035HP-015F 0.15
±0.02
N
040040HP-005F
4 4 3.6 48.8 20 9.8 1.85 0.5
0.05
±0.01
N
EZH040…
040040HP-015F 0.15
±0.02
N
050050HP-005F
5 5 4.6 58.1 25 9.8 2.35 0.7
0.05
±0.01
N
EZH050…
050050HP-015F 0.15
±0.02
N
060060HP-005F
6 6 5.6 66.1 30 11.8 2.85 0.9
0.05
±0.01
N
EZH060…
060060HP-015F 0.15
±0.02
N
Tolerance: Offset ±0.025mm (of the reference pin), overall length ±0.05mm, edge height +0.05/0mm Recommended Cutting Conditions F17
5°
5˚
11˚
7˚
14
˚
rε
1
5˚
L1
L2
30˚
rε
L3
φD
H
S
F
φA
0˚
5˚
31
˚
18
˚
7
˚
5
˚
rε
1
5
˚
L1
L2
30
˚
S
rε
L3
φD
H
φA
F
0
˚
l
Right-hand shown Chipbreaker in detail
Chipbreaker in detail
F Chipbreaker
H Chipbreaker
l
Without lead angle
l
Tough edge (General purpose)
l
With lead angle
l
Sharp cutting (For nishing)
l
Right-hand shown
N
: Std. Item
-EZ
Symbol of EZ Bars
020
Min. Bore Dia.
R
Insert Hand
R: Right-hand
B
Applications
B: Boring Bar
020
Shank Dia.
HP
HP: High Precision
ST: Standard
Symbol of Precision
008
008: 0.08
mm
015: 0.15
mm
···
Corner-R(rε)
H
Name of Chipbreaker
H: Without lead angle
F: With lead angle
NB: Without chipbreaker
020: 2
mm
025: 2.5
mm
···
020: 2
mm
025: 2.5
mm
···
EZ Bars are
sold in 1 piece boxes
1(:
F14 F15
Boring
F
Boring
F
¢
EZB-ST
(Boring)
l
EZ Bars Dimensions
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
Applicable
Sleeves
F20
~
F25
MEGACOAT
ϕA ϕD H L1 L2 L3 F S r
ε
PR1225
EZBR 020017ST-008H 2 1.7 1.5 27.3 7 4.7 0.79 0.19 0.08
±0.015
N
EZH017…
025020ST-008H
2.5 2 1.82 32 8 4.8 0.94 0.16
0.08
±0.015
N
EZH020…
025020ST-015H 0.15
±0.02
N
030025ST-008H
3 2.5 2.3 35 10.5 4.8 1.19 0.15
0.08
±0.015
N
EZH025…
030025ST-015H 0.15
±0.02
N
035030ST-008H
3.5 3 2.8 39 13 6.8 1.44 0.18
0.08
±0.015
N
EZH030…
035030ST-015H 0.15
±0.02
N
040035ST-008H
4 3.5 3.3 42 15 6.7 1.69 0.24
0.08
±0.015
N
EZH035…
040035ST-015H 0.15
±0.02
N
045040ST-008H
4.5 4 3.8 49 20 9.7 1.94 0.27
0.08
±0.015
N
EZH040…
045040ST-015H 0.15
±0.02
N
055050ST-008H
5.5 5 4.8 58.2 25 9.7 2.44 0.33
0.08
±0.015
N
EZH050…
055050ST-015H 0.15
±0.02
N
065060ST-008H
6.5 6 5.8 66.2 30 11.8 2.94 0.38
0.08
±0.015
N
EZH060…
065060ST-015H 0.15
±0.02
N
075070ST-008H
7.5 7 6.8 74.2 35 11.7 3.44 0.44
0.08
±0.015
N
EZH070…
075070ST-015H 0.15
±0.02
N
EZBR 020017ST-005F 2 1.7 1.5 27.3 7 4.7 0.79 0.2 0.05
±0.01
N
EZH017…
025020ST-005F
2.5 2 1.82 32 8 4.8 0.94 0.16
0.05
±0.01
N
EZH020…
025020ST-015F 0.15
±0.02
N
030025ST-005F
3 2.5 2.3 35 10.5 4.8 1.19 0.2
0.05
±0.01
N
EZH025…
030025ST-015F 0.15
±0.02
N
035030ST-005F
3.5 3 2.8 39 13 6.8 1.44 0.26
0.05
±0.01
N
EZH030…
035030ST-015F 0.15
±0.02
N
040035ST-005F
4 3.5 3.3 42 15 6.7 1.69 0.33
0.05
±0.01
N
EZH035…
040035ST-015F 0.15
±0.02
N
045040ST-005F
4.5 4 3.8 49 20 9.7 1.94 0.31
0.05
±0.01
N
EZH040…
045040ST-015F 0.15
±0.02
N
055050ST-005F
5.5 5 4.8 58.2 25 9.7 2.44 0.45
0.05
±0.01
N
EZH050…
055050ST-015F 0.15
±0.02
N
065060ST-005F
6.5 6 5.8 66.2 30 11.7 2.94 0.59
0.05
±0.01
N
EZH060…
065060ST-015F 0.15
±0.02
N
075070ST-005F
7.5 7 6.8 74.2 35 11.7 3.44 0.65
0.05
±0.01
N
EZH070…
075070ST-015F 0.15
±0.02
N
Tolerance: Offset ±0.06mm, overall length ±0.1mm, edge height +0.06/0mm Recommended Cutting Conditions F17
5˚
5˚
11˚
7˚
14
˚
rε
1
L2
30˚
5˚
rε
φD
H
S
F
L1
L3
φA
12˚
5˚
30˚
S
5˚
rε
L3
φD
H
F
L2
L1
φA
12˚
31˚
18
˚
(Rake angle after installment)
9˚
5˚
rε
1.1
l
Right-hand shown Chipbreaker in detail
Chipbreaker in detail
F Chipbreaker
l
Without lead angle
l
Tough edge (General purpose)
l
With lead angle
l
Sharp cutting (For nishing)
H Chipbreaker
l
Right-hand shown
N
: Std. Item
EZ Bars
EZ Bars are
sold in 1 piece boxes
F16 F17
Boring
F
Boring
F
EZ Bars
¢
EZB-NB
(Boring)
5°
L2
30°
5°
rH
ID
5°
H
S
F
L1
L3
I
A
12°
7°
Fig.1
N
: Std. Item
l
EZ Bars Dimensions
Description
Min.
Bore
Dia.
Dimension (mm)
Drawing
Grades
Applicable
Sleeves
F20
~
F25
MEGA
COAT
MEGA
COAT
CBN
PCD
ϕ
A
ϕ
D H L1 L2 L3 F S
r
ε
P R 1225
KB N 05M
KP D 001
EZBR
020017-005NB
2 1.7 1.5 27.3 7 4.7 0.79 0.2
±0.015
0.05
Fig.1
N
EZH017…
025020-005NB
2.5 2 1.82 32 8 4.8 0.94 0.16
N
EZH020…
030025-005NB
3 2.5 2.3 35 10.5 4.8 1.19 0.16
N
EZH025…
035030-005NB
3.5 3 2.8 39 13 6.8 1.44 0.19
N
EZH030…
040035-005NB
4 3.5 3.3 42 15 6.7 1.69 0.25
N
EZH035…
045040-005NB
4.5 4 3.8 49 20 9.7 1.94 0.28
N
EZH040…
055050-005NB
5.5 5 4.8 58.2 25 9.7 2.44 0.33
N
EZH050…
065060-005NB
6.5 6 5.8 66.2 30 11.7 2.94 0.39
N
EZH060…
075070-005NB
7.5 7 6.8 74.2 35 11.7 3.44 0.45
N
EZH070…
EZBR
030030-003NB
3 3 2.6 38.8 13 6.8 1.25 0.3
±0.015
0.035
Fig.2
N
EZH030…
040040-003NB
4 4 3.6 48.8 20 9.8 1.75
0.5 Fig.3
N
EZH040…
050050-003NB
5 5 4.6 58.1 25 9.8 2.25
N
EZH050…
060060-003NB
6 6 5.6 66.1 30 11.8 2.75
N
EZH060…
070070-003NB
7 7 6.6 74.1 35 11.8 3.25
N
EZH070…
EZBR
040040-003NB
4 4 3.6 48.8 20 9.8 1.75
0.5
±0.015
0.035
Fig.3
N
EZH040…
050050-003NB
5 5 4.6 58.1 25 9.8 2.25
N
EZH050…
060060-003NB
6 6 5.6 66.1 30 11.8 2.75
N
EZH060…
070070-003NB
7 7 6.6 74.1 35 11.8 3.25
N
EZH070…
Recommended Cutting Conditions F17
EZ Bars are
sold in 1 piece boxes
5°
l
Right-hand shown
<KBN,KPD>
l
Right-hand shown
<PR1225>
30°
H
L3
L1
L2
S
rε
F
5°
φD
0°
φ
A
Fig.3 EZBR040~EZBR070 type
Fig.2 EZBR030 type
7°
l
Edge Preparation
Grades Edge Prep. Remarks
PR1225 Sharp Edge -
KBN05M T00815
0.08mm x 15°Chamfered Cutting Edge
KPD001 Sharp Edge -
F16 F17
Boring
F
Boring
F
EZ Bars
Recommended Cutting Conditions
l
H Chipbreaker (EZB-HP··H type EZB-ST··H type)
Workpiece Material
Insert Grades
(Cutting Speed Vc: m/min)
EZB020/025 type EZB030/035 type EZB040/045 type
EZB050/055/
060/065/075
type
Remarks
MEGACOAT
Carbide ap (mm), f (mm/rev)
PR1225 GW05 ap f ap f ap f ap f
Carbon steel / Alloy steel 30~100 - ~0.3 ~0.03 ~0.4 ~0.04 ~0.45 ~0.07 ~0.5 ~0.1
CoolantStainless Steel 30~80 - ~0.2 ~0.02 ~0.3 ~0.03 ~0.35 ~0.05 ~0.4 ~0.07
Non-ferrous Metals - ~100 ~0.3 ~0.05 ~0.4 ~0.06 ~0.45 ~0.1 ~0.5 ~0.15
l
F Chipbreaker (EZB-HP··F type EZB-ST··F type)
Workpiece Material
Insert Grades
(Cutting Speed Vc: m/min)
EZB020/025 type EZB030/035 type EZB040/045 type
EZB050/055/
060/065/075
type
Remarks
MEGACOAT ap (mm), f (mm/rev)
PR1225 ap f ap f ap f ap f
Carbon steel / Alloy steel 30~100 ~0.2 ~0.03 ~0.2 ~0.05 ~0.3 ~0.07 ~0.3 ~0.07
Coolant
Stainless Steel 30~80 ~0.2 ~0.02 ~0.2 ~0.03 ~0.25 ~0.05 ~0.25 ~0.05
l
NB (Without chipbreaker)
Workpiece Material
Insert Grades
(Cutting Speed Vc: m/min)
EZB020/025 type EZB030/035 type EZB040/045 type
EZB050/055/
060/065/075
type
Remarks
MEGACOAT ap (mm), f (mm/rev)
PR1225 ap f ap f ap f ap f
Carbon steel / Alloy steel 30~100 ~0.3 ~0.03 ~0.4 ~0.04 ~0.45 ~0.07 ~0.5 ~0.1
CoolantStainless Steel 30~80 ~0.2 ~0.02 ~0.3 ~0.03 ~0.35 ~0.05 ~0.4 ~0.07
Non-ferrous Metals 60~100 ~0.3 ~0.05 ~0.4 ~0.06 ~0.45 ~0.07 ~0.5 ~0.1
Workpiece Material
Insert Grades
(Cutting Speed Vc: m/min)
EZB030 type EZB040/045 type
EZB050/060/070
type
Remarks
MEGACOAT CBN PCD ap (mm), f (mm/rev)
KBN05M KPD001 ap f ap f ap f
Non-ferrous Metals - ~300 - - ~0.45 ~0.1 ~0.5 ~0.15
Coolant
Hard Materials ~100 - ~0.07 ~0.03 ~0.10 ~0.05 ~0.15 ~0.07
¢
Compatibility of EZ Bars
EZ Bars are compatible with conventional Tip-Bars.
Insert
Sleeve
EZB···HP EZB···ST/NB HPB···(Conventional)
EZH···CT/HP
*1 *2
(Compatible)
EZH···ST
*1
(Compatible)
PSH···
(Discontinued Description)
*1
(Compatible)
*1
(Compatible)
*1 Some diameter types of conventional Tip-Bars are incompatible.
*2 Use them without Adjustment Pins. Overhang length of bar is not adjustable.
F18 F19
Boring
F
Boring
F
EZ Bars
l
Toolholder Dimensions
EZ Bar PLUS
(Indexable boring bar)
¢
S-SCLC-EZ
Max. Overhang Length L/D=~3
5˚5˚
H
0°
5°
L1
L2
L4
F
θ
φA
φD
30°
H
2°
5°
L1
L4
F
θ
φA
φD
30°
Fig.1 Fig.2
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder.
¢
C-SCLC-EZ
Max. Overhang Length L/D=~5
5˚5˚
Fig.3 Fig.4
H
0°
5°
L1
L2
L4
F
θ
φA
φD
30°
H
2°
5°
L1
L4
F
θ
φA
φD
30°
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder.
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard
Corner-R(r
ε
)
Coolant
Hole
Drawing
Spare Parts
Applicable
Sleeves
F23
Clamp Screw
Wrench
R
ϕ
A
ϕ
D H L1 L2 L3 L4 F
Steel
S 04 5X -S CL CR 03-050E Z
N
5 4 . 5 4 . 3 4 2 . 4
-
-
8 . 5 2 . 5
15°
0.2 No
Fig.1
SB-1635TR
F T- 6
EZH045…
S 060X -S CL CR 04 -07 0E Z
N
7 6 5 . 4 5 3 . 9 11. 8 11. 5 3 . 5
13° Fig.2
SB-2035TR
EZH060…
Carbide
C04 5X -S CL CR 03-050E Z
N
5 4 . 5 4 . 3 5 1. 4
-
8 . 5 2 . 5
15° Fig.3
SB-1635TR
EZH045…
C060X -S CL CR 04 -07 0E Z
N
7 6 5 . 4 65 . 9 11. 8 11. 5 3 . 5
13° Fig.4
SB-2035TR
EZH060…
Applications
Minute ap Finishing
Finishing / Precision
Non-ferrous Metals
Hard Materials
Ref. to Page
B48 B50, B51 B50 C24 C14
I n se r t
T o o l h o l d e r D e s c r i p t i o n
CF L-F L-FSF PCD
CBN
...
-SCLCR03-
...
CCGT0301.. CCGT0301.. CCET0301.. - CCMW0301..
...
-SCLCR04-
...
CCGT0401.. CCGT0401.. CCET0401.. CCGW0401.. CCMW0401..
Recommended Cutting Conditions F91
~
F92
l
Applicable Inserts
N
: Std. Item
F18 F19
Boring
F
Boring
F
EZ Bars
¢
EZVB
(Boring / Internal Facing / Copying)
r
ε
52°
φ
A
φD
1.4
L3
0°
30°
H
L1
rε
L2
S
F
52°
14°
Chipbreaker in detail
l
Right-hand shown
l
EZ Bars Dimensions
Description
Min.
Bore Dia.
Dimension (mm)
Grades
Applicable Sleeves
F21~F25
MEGACOAT
ϕA ϕD H L1 L2 L3 F S r
ε
PR1225
EZVBR
035030-010 3.5 3 2.8 38 8 5.8 0.17 0.22 0.1
±0.015
N
EZH030…
045040-010 4.5 4 3.8 43 10 6.8 0.17 0.26 0.1
±0.015
N
EZH040…
055050-010 5.5 5 4.8 50.2 12 7.7 0.17 0.29 0.1
±0.015
N
EZH050…
065060-010 6.5 6 5.8 55.2 14 8.6 0.17 0.32 0.1
±0.015
N
EZH060…
Recommended Cutting Conditions
Workpiece Material
Insert Grades
(Cutting Speed Vc: m/min)
EZVB035 type EZVB045 type EZVB055/065 type
Remarks
MEGACOAT ap (mm), f (mm/rev)
PR1225 ap f ap f ap f
Carbon steel / Alloy steel 30~100 ~0.05 ~0.04 ~0.07 ~0.07 ~0.1 ~0.07
Coolant
Stainless Steel 30~80 ~0.03 ~0.03 ~0.05 ~0.05 ~0.07 ~0.05
Cutting Conditions: Vc=100m/min Workpiece Material: SUS304 Wet
f
ap
0.01
[mm/rev]
0.03
[mm/rev]
0.05
[mm/rev]
0.07
[mm]
0.05
[mm]
0.03
[mm]
f
ap
0.01
[mm/rev]
0.03
[mm/rev]
0.05
[mm/rev]
0.07
[mm]
0.05
[mm]
0.03
[mm]
¢
EZVB Spherical Machining Comparison of Chip Control
Stable machining with chip control-oriented chipbreaker
EZVBR045040-010 Competitor
Spherical
Machining
Poor chip control
Poor chip control
N
: Std. Item
1(:
F20 F21
Boring
F
Boring
F
EZ Bars
¢
EZH-CT sleeve
1(:
φ8.2
40
φd2
H
H
(
φ
8.2 hole depth)
L2
L3
φD2
T
φD1
L5
L1
L4
No.1
No.2
φd1
φ
2.5 hole (for Adjustment Pin) and M3 screw
2 coolant holes
(EZ Bars installation side)
N
: Std. Item
l
Sleeve Dimensions
Description Std.
Dimension (mm)
Overhang Length of the Bar
*2
T (mm)
D r a w i n g
Applicable EZ Bars
F14
~
F16
J24
ϕd 1 ϕD 1 ϕD 2 ϕd 2
H L1 L2 L3
* 1
L4
L5
Adjustment Pin Setting Position
N o . 1
No.2
N o . 3 N o . 4
EZH
01719CT-120
N
1. 7
19 . 0 5
13 6
18 12 0
16 8
16
30.5
7.5 3.5 - -
F i g . 1
EZBR…017…
01720CT-120
N
2 0 19 12 0
01722CT-135
N
2 2 2 1 13 5
41.5
01725.0CT-135
N
2 5 2 4 13 5
30.5
01725.4CT-120
N
2 5 . 4 2 4 . 4 12 0
EZH
02019CT-120
N
2
19 . 0 5
13 6
18 12 0
16 8
20
30.5
8.5 4.5 - -
F i g . 1
EZBR…020…
*3
HPB&0202-…
02020CT-120
N
2 0 19 12 0
02022CT-135
N
2 2 2 1 13 5
41.5
02025.0CT-135
N
2 5 2 4 13 5
30.5
02025.4CT-120
N
2 5 . 4 2 4 . 4 12 0
EZH
02519CT-120
N
2 . 5
19 . 0 5
13 6
18 12 0
16 8
20
30.5
11 7 - -
F i g . 1
EZBR…025…
EZTR…025-…
02520CT-120
N
2 0 19 12 0
02522CT-135
N
2 2 2 1 13 5
41.5
02525.0CT-135
N
2 5 2 4 13 5
30.5
02525.4CT-120
N
2 5 . 4 2 4 . 4 12 0
*1. L4 shows ϕd1 length.
*2. Dimension T shows Overhang length of the EZB Bar when attached to sleeve.
*3. Use them without Adjustment Pins. Overhang length of bar is not adjustable.
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
· ϕ8.2 hole on the sleeve end is prepared hole for Rc1/8 threading. Please modify by additional processing if necessary. The body hardness is 42HRC.
l
Spare Parts Description (for EZH-CT Sleeves)
Description
Spare Parts
Clamp Screw Wrench Clamp Screw Wrench
Adjustment Pin
EZH 017...CT-..
HS3×4P
(for adjustment pin, liquid leak
prevention and bar)
LW- 1. 5
Tightening Torque
1N·m
- - LCP025097
020...CT-..
025...CT-..
030...CT-..
EZH 035...CT-..
HS3×4P
(for adjustment pin and liquid
leak prevention)
LW-1.5
Tightening Torque
1N·m
HS4×4P
(for bar)
LW-2
Tightening Torque
2N·m
LCP025097
040...CT-..
050...CT-..
060...CT-..
070...CT-..
1) If shank dia. is φ2.5mm or less, Use clamp screw (HS3x4P)
For adjustment pin 2 pcs
For liquid leak prevention 2 pcs
For bar 2 pcs
2) If shank dia. is φ3mm, Use clamp screw (HS3x4P)
For adjustment pin 2 pcs
For liquid leak prevention 4 pcs
For bar 3 pcs
Sleeve
EZ Bar
For EZ Bar clamping
Clamp Screw
HS4x4P
Wrench
LW-2
*For diameters under
φ
3,
use LW-1.5 and HS3x4P
(same part of adjustment pin)
2
Clamp Screw
HS3x4P
1.5
Wrench
LW-1.5
Adjustment Pin
LCP025097
Changeable overhang length
Adjustment pin hole
For adjustment pin clamping
For liquid leak prevention
Fig.1
Adjustable with Coolant Hole
F20 F21
Boring
F
Boring
F
¢
EZH-CT sleeve
1(:
φd2
φ8.2
40
H
H
φD2
L2
L3
L1
T
L5
L4
φd1
No.1 No.3
No.2 No.4
40
φ8.2
H
H
φd2
φD2
T
L2
L3
L1
L5
L4
No.1 No.3
No.2
φd1
2 coolant holes
2 coolant holes
2 coolant holes
EZH07..CT coolant hole shape is as
shown on the figure above.
(EZ Bars installation side)
(EZ Bars installation side)
φ2.5 hole (for Adjustment Pin) and M3 screw
φ
2.5 hole (for Adjustment Pin) and M3 screw
φD1
φD1
(φ8.2 hole depth)
(φ8.2 hole depth)
l
Sleeve Dimensions
Description Std.
Dimension (mm)
Overhang Length of the Bar
*2
T (mm)
D r a w i n g
Applicable EZ Bars /
EZ Bar PLUS
F14
~
F16
F18
,
F19
G41, G64
J24
ϕd 1 ϕD 1 ϕD 2 ϕd 2
H L1 L2 L3
* 1
L4
L5
Adjustment Pin Setting Position
N o . 1
No.2
N o . 3 N o . 4
EZH
03019CT-120
N
3
19.05
13 6
18 120
16 8 21
30.5
13.5 9.5 5.5 -
F i g . 2
EZBR…030…
EZVBR035030-…
EZGR…030-…
EZTR…030-…
*3
HPB&0303-…
03020CT-120
N
20 19 120
03022CT-135
N
22 21 135 41.5
03025.0CT-135
N
25 24 135
30.5
03025.4CT-120
N
25.4 24.4 120
EZH
03519CT-120
N
3.5
19.05
13 6
18 120
16 8 21
31.1
15.5 11.5 7. 5 -
F i g . 2
EZBR…035…
EZTR…035-…
03520CT-120
N
20 19 120
03522CT-135
N
22 21 135 41.5
03525.0CT-135
N
25 24 135
31.1
03525.4CT-120
N
25.4 24.4 120
EZH
04019CT-120
N
4
19.05
13 6
18 120
16 8 22
32.7
20.5 16.5 12.5 8.5
F i g . 3
EZBR…040…
EZVBR045040-…
EZGR…040-…
EZFGR…040-…
EZTR…040-…
*3
HP…04-…
04020CT-120
N
20 19 120
04022CT-135
N
22 21 135 41.5
04025.0CT-135
N
25 24 135
32.7
04025.4CT-120
N
25.4 24.4 120
EZH
05019CT-120
N
5
19.05
16 6
18 120
18 9 26
30.0
25.5 20.5 15.5 10.5
F i g . 3
EZBR…050…
EZVBR055050-…
EZGR…050-…
EZFGR…050-…
EZTR…050-…
*3
HP…05-…
05020CT-120
N
20 19 120
05022CT-135
N
22 21 135 44.0
05025.0CT-135
N
25 24 135
30.0
05025.4CT-120
N
25.4 24.4 120
EZH
06019CT-120
N
6
19.05
16 7. 4
18 120
18 9 28
30.0
30.5
(18.5)
25.5
(13.5)
20.5
(−)
15.5
(−)
F i g . 3
EZBR…060…
EZVBR065060-…
EZGR…060-…
EZTR…060-…
_060X-…-070EZ
*3
HP…0606-…
06020CT-120
N
20 19 120
06022CT-135
N
22 21 135 41.5
06025.0CT-135
N
25 24 135
30.0
06025.4CT-120
N
25.4 24.4 120
EZH
07019CT-120
N
7
19.05
16 7. 4
18 120
18 9 29
30.0
35.5 30.5 25.5 20.5
F i g . 3
EZBR…070…
EZGR…070-…
EZFGR…070-…
EZTR…070-…
*3
HP…07-…
07020CT-120
N
20 19 120
07022CT-135
N
22 21 135 44.0
07025.0CT-135
N
25 24 135
30.0
07025.4CT-120
N
25.4 24.4 120
*1. L4 shows ϕd1 length.
*2. Dimension T shows Overhang length of the EZB Bar when attached to sleeve. ( ) value indicates the overhang length when installed the steel boring bar (EZ Bar PLUS).
*3. Use them without Adjustment Pins. Overhang length of bar is not adjustable.
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
· ϕ8.2 hole on the sleeve end is prepared hole for Rc1/8 threading. Please modify by additional processing if necessary. The body hardness is 42HRC.
N
: Std. Item
EZ Bar
For how to fix EZ Bars (EZH-CT sleeve), please refer to F13.
Fig.2
Fig.3
EZ Bars
Adjustable with Coolant Hole
F22 F23
Boring
F
Boring
F
EZ Bars
¢
EZH-HP sleeve
H
φd2
H
φ2.5
φd1
φD1
L2
L3
L1
φD2
L4T
No.1
No.2
φ2.5
H
φd2
H
φd1
No.1 No.3
No.2
φD1
φD2
L2
L3
L1
L4T
(Adjustment Pin entry point: both sides)
(Adjustment Pin entry point: both sides)
Fig.1
(EZ Bars installation side)
Fig.2
(EZ Bars installation side)
N
: Std. Item
Description Std.
Dimension (mm)
Overhang Length of the Bar
*2
T (mm)
D r a w i n g
Applicable EZ Bars /
EZ Bar PLUS
F14
~
F16, F19
G41, G64
J24
Adjustment Pin Setting Position
ϕd 1 ϕD 1 ϕD 2 ϕd 2
H L1 L2 L3
* 1
L4 N o . 1
No.2
N o . 3 N o . 4
EZH
01716HP-100
N
1.7
16
13 6
15 100
16 8 16 7.5 3.5
- - F i g . 1
EZBR…017…
01719HP-120
N
19.05 18 120
01720HP-120
N
20 19 120
01722HP-135
N
22 21 135
01725.0HP-135
N
25 24 135
01725.4HP-120
N
25.4 24.4 120
EZH
02016HP-100
N
2
16
13 6
15 100
16 8 20 8.5 4.5
- - F i g . 1
EZBR…020…
*3
HPB&0202-…
02019HP-120
N
19.05 18 120
02020HP-120
N
20 19 120
02022HP-135
N
22 21 135
02025.0HP-135
N
25 24 135
02025.4HP-120
N
25.4 24.4 120
EZH
02516HP-100
N
2.5
16
13 6
15 100
16 8 20 11 7
- - F i g . 1
EZBR…025…
EZTR…025-…
02519HP-120
N
19.05 18 120
02520HP-120
N
20 19 120
02522HP-135
N
22 21 135
02525.0HP-135
N
25 24 135
02525.4HP-120
N
25.4 24.4 120
EZH
03016HP-100
N
3
16
13 6
15 100
16 8 21 13.5 9.5 5.5
- F i g . 2
EZBR…030…
EZVBR035030-…
EZGR…030-…
EZTR…030-…
*3
HPB&0303-…
03019HP-120
N
19.05 18 120
03020HP-120
N
20 19 120
03022HP-135
N
22 21 135
03025.0HP-135
N
25 24 135
03025.4HP-120
N
25.4 24.4 120
EZH
03516HP-100
N
3.5
16
13 6
15 100
16 8 22 15.5 11.5 7.5
- F i g . 2
EZBR…035…
EZTR…035-…
03519HP-120
N
19.05 18 120
03520HP-120
N
20 19 120
03522HP-135
N
22 21 135
03525.0HP-135
N
25 24 135
03525.4HP-120
N
25.4 24.4 120
EZH
04016HP-100
N
4
16
13 6
15 100
16 8 24 20.5 16.5 12.5 8.5
F i g . 4
EZBR…040…
EZVBR045040-…
EZGR…040-…
EZFGR…040-…
EZTR…040-…
*3
HP…04-…
04019HP-120
N
19.05 18 120
04020HP-120
N
20 19 120
04022HP-135
N
22 21 135
04025.0HP-135
N
25 24 135
04025.4HP-120
N
25.4 24.4 120
*1. L4 shows ϕd1 length.
*2. Dimension T shows Overhang length of the EZB Bar when attached to sleeve.
*3. Use them without Adjustment Pins. Overhang length of bar is not adjustable.
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
l
Spare Parts Description (for EZH-HP Sleeves)
Description
Spare Parts
Applicable EZ Bars
EZ Bar PLUS
Clamp Screw Wrench Clamp Screw Wrench
Adjustment Pin
EZH
017...HP-..
HS3×4P
(for both Adjustment Pin and Bar)
LW-1.5
Tightening Torque
1N·m
- - LCP025140
EZBR…017…
020...HP-.. EZBR…020…
025...HP-.. EZBR…025… EZ_R…025-…
030...HP-.. EZBR…030… EZ_R…030-…
EZH
035...HP-..
HS3×4P
(only for Adjustment Pin)
LW-1.5
Tightening Torque
1N·m
HS4×4P
(for bar)
LW-2
Tightening Torque
2N·m
LCP025140
EZBR…035… EZ_R…035-…
040...HP-.. EZBR…040… EZ_R…040-…
045...HP-.. _045X-…-050EZ
050...HP-.. EZBR…050… EZ_R…050-…
060...HP-..
EZBR…060… EZ_R…060-…
_060X-…-070EZ
070...HP-.. EZBR…070… EZ_R…070-…
Adjustable
F22 F23
Boring
F
Boring
F
¢
EZH-HP sleeve
Sleeve Identification System
How to attach bar to sleeve
φd1
L1
L2
φD2
No.1 No.3
No.2 No.4
L4T
φ2.5
φd2
H
H
No.1 No.3
No.2 No.4
φD1
φD2
L2
L3
L1
L4T
φ2.5
H
φd2
H
φd1
(Adjustment Pin entry point: both sides)
(Adjustment Pin entry point: both sides)
φD1
Fig.3
(EZ Bars installation side)
Fig.4
(EZ Bars installation side)
N
: Std. Item
EZ Bars
Description Std.
Dimension (mm)
Overhang Length of the Bar
*2
T (mm)
D r a w i n g
Applicable EZ Bars /
EZ Bar PLUS
F14
~
F16
F18, F19
G41, G64
J24
Adjustment Pin Setting Position
ϕd1 ϕD1 ϕD2 ϕd2 H L1 L2 L3
* 1
L4
No.1 No.2 No.3 No.4
EZH
04516HP-100
N
4.5
16
16 6
15 100
4 -
2 5 . 3
2 3
( 14 )
18 . 5
( 9 . 5 )
14
( - )
9 . 5
( - )
F i g . 3
_045X-...050EZ
04519HP-120
N
19.05 18 120
18 9 F i g . 4
04520HP-120
N
20 19 120
04522HP-135
N
22 21 135
04525.0HP-135
N
25 24 135
04525.4HP-120
N
25.4 24.4 120
EZH
05016HP-100
N
5
16
16 6
15 100
4 -
2 9 2 5 . 5 2 0 . 5 15 . 5 10 . 5
F i g . 3
EZBR…050…
EZVBR055050-…
EZGR…050-…
EZFGR…050-…
EZTR…050-…
*3
HP…05-…
05019HP-120
N
19.05 18 120
18 9 F i g . 4
05020HP-120
N
20 19 120
05022HP-135
N
22 21 135
05025.0HP-135
N
25 24 135
05025.4HP-120
N
25.4 24.4 120
EZH
06016HP-100
N
6
16
16 8
15 100
4 -
3 1
3 0 . 5
( 18 . 5 )
2 5 . 5
( 13 . 5 )
2 0 . 5
( - )
15 . 5
( - )
F i g . 3
EZBR…060…
EZVBR065060-…
EZGR…060-…
EZTR…060-…
_060X-…-070EZ
*3
HP…0606-…
06019HP-120
N
19.05 18 120
18 9 F i g . 4
06020HP-120
N
20 19 120
06022HP-135
N
22 21 135
06025.0HP-135
N
25 24 135
06025.4HP-120
N
25.4 24.4 120
EZH
07016HP-100
N
7
16
16 8
15 100
4 -
3 3 3 5 . 5 3 0 . 5 2 5 . 5 2 0 . 5
F i g . 3
EZBR…070…
EZGR…070-…
EZFGR…070-…
EZTR…070-…
*3
HP…07-…
07019HP-120
N
19.05 18 120
18 9 F i g . 4
07020HP-120
N
20 19 120
07022HP-135
N
22 21 135
07025.0HP-135
N
25 24 135
07025.4HP-120
N
25.4 24.4 120
*1. L4 shows ϕd1 length.
*2. Dimension T shows Overhang length of the EZB Bar when attached to sleeve. ( ) value indicates the overhang length when installed the steel boring bar (EZ Bar PLUS).
*3. Use them without Adjustment Pins. Overhang length of bar is not adjustable.
· Choose sleeves (ϕd1) to meet withϕD dimension of bar.
¢
How to use adjustment pin (Fig.5)
(1) Put the adjustment pin into the hole.
(2) Push it into the sleeve, using the wrench (LW-1.5).
(3)
Tightening the clamp screw (HS3X4P) with wrench (LW-1.5) to x the adjustment screw.
¢
How to x bar (Fig.6)
(1) With the chip pocket upward, set the bar in sleeve. Press the slant of the end of
the bar with the adjustment pin. Make sure that the bar does not move (Fig.7)
(2) Tighten the clamp screw with wrench (LW-2) and x the bar.
(Use LW-1.5 if shank dia. is 3mm or less)
017
Shank Dia. of EZ Bars
017: 1.7mm, 025: 2.5mm···
Sleeve Shank Dia.
16: 16mm, 25.4: 25.4mm···
16
CT: High precision, with coolant hole
HP: High Precision
ST: Standard
Symbol of Precision
HP -
Overall length of sleeve
100: 100mm, 120: 120mm···
100EZ
Symbol of EZ Bars
H
Applications
H: Sleeve
Adjustment pin
Bar end (Slant)
Fig.5
How to use adjustment pin
Fig.6
How to x bar
Fig.7: Fixed bar
Chip pocket
Adjustable
F24 F25
Boring
F
Boring
F
EZ Bars
¢
EZH-ST sleeve
L1
L3
L2
φD3
φD2
L4
φd2
φD1
L5
H
H
φd1
H
φD2
L5
φd2
φD1
H
L3
L2
L1
φd1
Fig.1
(EZ Bars installation side)
Fig.2
(EZ Bars installation side)
N
: Std. Item
Description Std.
Dimension (mm)
D r a w i n g
Applicable Bars
G41, G44, G64, G67
J24, J28
ϕd1 ϕD1 ϕD2 ϕD3 ϕd2 H L1 L2 L3 L4
*
L5
EZH
01712ST-80
N
1.7
12
13
16
6
11 80 20
8
16
16
F i g . 1
EZBR…017…
01716ST-100
N
16
-
15 100
16
- F i g . 2
01719ST-120
N
19.05 18 120
01720ST-120
N
20 19 120
01722ST-135
N
22 21 135
01725.0ST-135
N
25 24 135
01725.4ST-120
N
25.4 24.4 120
EZH
02012ST-80
N
2
12
13
16
6
11 80 20
8
16
20
F i g . 1
EZBR…020…
HPB&0202-…
02016ST-100
N
16
-
15 100
16
-
F i g . 2
02019ST-120
N
19.05 18 120
02020ST-120
N
20 19 120
02022ST-135
N
22 21 135
02025.0ST-135
N
25 24 135
02025.4ST-120
N
25.4 24.4 120
EZH
02512ST-80
N
2.5
12
13
16
6
11 80 20
8
16
20
F i g . 1
EZBR…025…
EZTR…025-…
02516ST-100
N
16
-
15 100
16
- F i g . 2
02519ST-120
N
19.05 18 120
02520ST-120
N
20 19 120
02522ST-135
N
22 21 135
02525.0ST-135
N
25 24 135
02525.4ST-120
N
25.4 24.4 120
EZH
03012ST-80
N
3
12
13
16
6
11 80 20
8
16
21
F i g . 1
EZBR…030…
EZVBR035030-…
EZGR…030-…
EZTR…030-…
HPB&0303-…
03016ST-100
N
16
-
15 100
16
-
F i g . 2
03019ST-120
N
19.05 18 120
03020ST-120
N
20 19 120
03022ST-135
N
22 21 135
03025.0ST-135
N
25 24 135
03025.4ST-120
N
25.4 24.4 120
EZH
03512ST-80
N
3.5
12
13
16
6
11 80 20
8
16
22
F i g . 1
EZBR…035…
EZTR…035-…
03516ST-100
N
16
-
15 100
16
- F i g . 2
03519ST-120
N
19.05 18 120
03520ST-120
N
20 19 120
03522ST-135
N
22 21 135
03525.0ST-135
N
25 24 135
03525.4ST-120
N
25.4 24.4 120
EZH
04012ST-80
N
4
12
13
16
6
11 80 20
8
16
24
F i g . 1
EZBR…040…
EZVBR045040-…
EZGR…040-…
EZFGR…040-…
EZTR…040-…
HP…04-…
04016ST-100
N
16
-
15 100
16
- F i g . 2
04019ST-120
N
19.05 18 120
04020ST-120
N
20 19 120
04022ST-135
N
22 21 135
04025.0ST-135
N
25 24 135
04025.4ST-120
N
25.4 24.4 120
*L5 shows ϕd1 length
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
· Adjustment Pin cannot be installed to EZH-ST sleeves. To adjust overhang of the bar, please use EZH-CT / HP sleeves.
F14
~
F16, F19, F34
Not-adjustable
F24 F25
Boring
F
Boring
F
¢
EZH-ST sleeve
L1
L2
H
H
φD2
L5
φd2
φD1
φd1
L1
φD2
H
H
L5
φd2
φD1
φd1
Fig.3
(EZ Bars installation side)
Fig.4
(EZ Bars installation side)
N
: Std. Item
EZ Bars
Description Std.
Dimension (mm)
D r a w i n g
Applicable Bars
G41, G44, G64, G67
J24, J28
ϕd1 ϕD1 ϕD2 ϕD3 ϕd2 H L1 L2 L3 L4
*
L5
EZH
05012ST-80
N
5
12
16 - 6
11 80 20
-
- 29
F i g . 3
EZBR…050…
EZVBR055050-…
EZGR…050-…
EZFGR…050-…
EZTR…050-…
HP…05-…
05016ST-100
N
16 15 100 -
F i g . 4
05019ST-120
N
19.05 18 120
18 9
F i g . 2
05020ST-120
N
20 19 120
05022ST-135
N
22 21 135
05025.0ST-135
N
25 24 135
05025.4ST-120
N
25.4 24.4 120
EZH
06012ST-80
N
6
12
16 - 8
11 80 20
-
- 31
F i g . 3
EZBR…060…
EZVBR065060-…
EZGR…060-…
EZTR…060-…
_060X-…-070EZ
HP…0606-…
06016ST-100
N
16 15 100 -
F i g . 4
06019ST-120
N
19.05 18 120
18 9
F i g . 2
06020ST-120
N
20 19 120
06022ST-135
N
22 21 135
06025.0ST-135
N
25 24 135
06025.4ST-120
N
25.4 24.4 120
EZH
07012ST-80
N
7
12
16 - 8
11 80 20
-
- 33
F i g . 3
EZBR…070…
EZGR…070-…
EZFGR…070-…
EZTR…070-…
HP…07-…
07016ST-100
N
16 15 100 -
F i g . 4
07019ST-120
N
19.05 18 120
18 9
F i g . 2
07020ST-120
N
20 19 120
07022ST-135
N
22 21 135
07025.0ST-135
N
25 24 135
07025.4ST-120
N
25.4 24.4 120
*L5 shows ϕd1 length
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
· Adjustment Pin cannot be installed to EZH-ST sleeves. To adjust overhang of the bar, please use EZH-CT / HP sleeves.
F14
~
F16, F18, F19, F34
l
Spare Parts Description (for EZH-ST Sleeves)
Description
Spare Parts Applicable EZ Bars EZ Bar PLUS 2-Edge Tip-Bars
Clamp Screw
Wrench
EZB-HP
EZB-ST
EZB-NB
EZG
EZFG
EZT
EZVB
S-SCLC
C-SCLC
HP
EZH 017...ST-..
HS3×4P
LW-1. 5
Tightening Torque
1N·m
EZBR…017…
- -
-
020...ST-.. EZBR…020… HPB&0202-…
025...ST-.. EZBR…025… EZTR…025-… - -
030...ST-.. EZBR…030… EZ_R…030-… - HPB&0303-…
EZH 035...ST-..
HS4×4P
LW-2
Tightening Torque
2N·m
EZBR…035… EZTR…035-… - -
040...ST-.. EZBR…040… EZ_R…040-… - HP…04-…
050...ST-.. EZBR…050… EZ_R…050-… - HP…05-…
060...ST-.. EZBR…060… EZ_R…060-… _060X-…-070EZ HP…0606-…
070...ST-.. EZBR…070… EZ_R…070-… - HP…07-…
Not-adjustable
F26 F27
Boring
F
Boring
F
System Tip-Bars
N
: Std. Item
l
Insert Dimensions (VNB-S)
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
MEGA
COAT
PVD
Carbide
PCD
ϕ
A H L1 L2 L3 F S
r
ε
W
PR1225
PR930
KW10
KPD001
KPD010
VNBR
0103-005S
1.0
3.9
26.5
3
7
0.85
0.2
+0
-0.02
0.05
0.7
N N
0105-005S
5
N N
01503-005S
1.5
3
1.3
N N
01505-005S
5
N N
0206-005S
2.0 6
-
1.8 0.25
0.8
N N
025075-005S
2.5 28.1 7.5 2.1 0.4
N N
0311-005S
3.0 30.8 11 2.6 0.4
N N
03515-005S
3.5 34.8 15 3.0 0.5
N N
0411-005S
4.0
30.8 11
3.5 0.5
N N
0420-005S
39.8 20
N N
VNBR
01503-01S
1.5
3.9
26.5
3
7 1.3 0.2
+0
-0.03
0.1
0.7
N N
01505-01S
5
N N
0206-01S
2.0 6
-
1.8 0.25
0.8
N N
025075-01S
2.5 28.1 7.5 2.1 0.4
N N
0311-01S
3.0 30.8 11 2.6 0.4
N N
03515-01S
3.5 34.8 15 3.0 0.5
N N
0411-01S
4.0
30.8 11
3.5 0.5
N N
0420-01S
39.8 20
N N
VNBR
0411-02S
4.0 3.9
30.8 11
- 3.5 0.5
+0
-0.04
0.2
0.8
N N
0420-02S
39.8 20
N N
Recommended Cutting Conditions F90
System Tip-Bars are
sold in 5 piece boxes
Chipbreaker in detail
Chipbreaker in detail
Chipbreaker in detail
¢
VNB-S
(Boring) [Corner-R(r
ε
) :Minus tolerance]
10
L2
S
F
r
H
1
L1
H
I
A
L2
L3
30°
15
°
10°
7°
rH
W
30°
18
°
10°
7°
rH
W
are below shape.
VNBR01{{-005S
VNBR015{{-005S
VNBR015{{-01S
l
Right-hand shown
¢
VNBT
(Back Boring)
5
IA
H
15
°
2.0
S
rH
5
°
F
1
L2
L1
l
Right-hand shown
¢
VNB
(Boring)
10
rH
I
A
F
H
S
1
T
18
°
10°
7°
rH
W
L2
L1
l
Right-hand shown
−NB Type (without Chipbreaker) Top Shape
Top Shape Grades
Coated Carbide
Carbide
PCD
F26 F27
Boring
F
Boring
F
[Solid Type]
N
: Std. Item
l
Insert Dimensions (VNB / VNB-NB / VNBT)
Description
Min.
Bore Dia.
Dimension (mm)
Grades
MEGA
COAT
PVD
Carbide
PCD
ϕ
A H L1 L2 F S
r
ε
W
θ
PR1225
PR930
KW10
KPD001
KPD010
VNBR
0206-003
2
3.9
26.5 6 1.8 0.25
0.03
1. 2
24°
N N N
0311-003
3
30.8 11
2.6 0.4 1. 8
N N N
0411-003
4 3.5 0.5 2.7
23°
N N N
0420-003
39.8 20
N N N
0511-003
5
30.8 11
4.5 0.7
3.0
N N N
0520-003
39.8 20
N N N
0620-003
6 5.3 1.0
24°
N N N
0630-003
49.8 30
N N N
0720-003
7
39.8 20
6.2 1.0
N N
0730-003
49.8 30
N N
VNBR
0206-01
2
3.9
26.5 6 1.8 0.25
0.1
1. 2
24°
N N N
0311-01
3
30.8 11
2.6 0.4 1. 8
N N N
0411-01
4 3.5 0.5 2.7
23°
N N N
0420-01
39.8 20
N N N
0511-01
5
30.8 11
4.5 0.7
3.0
N N N
0520-01
39.8 20
N N N
0620-01
6 5.3 1.0
24°
N N N
0630-01
49.8 30
N N
0720-01
7
39.8 20
6.2 1.0
N N
0730-01
49.8 30
N
VNBR
0206-02
2
3.9
26.5 6 1.8 0.25
0.2
1. 2
24°
N N N
0311-02
3
30.8 11
2.6 0.4 1. 8
N N N
0411-02
4 3.5 0.5 2.7
23°
N N N
0420-02
39.8 20
N N N
0511-02
5
30.8 11
4.5 0.7
3.0
N N N
0520-02
39.8 20
N N N
0620-02
6 5.3 1.0
24°
N N N
0630-02
49.8 30
N N N
0720-02
7
39.8 20
6.2 1.0
N N N
0730-02
49.8 30
N N N
VNBR
0206-003NB
2
3.9
26.5 6 1.8 0.25
0.03 - 15°
N N
0311-003NB
3
30.8 11
2.6 0.4
N N
0411-003NB
4 3.5 0.5
N N
0420-003NB
39.8 20
N N
0511-003NB
5
30.8 11
4.5 0.7
N N
0520-003NB
39.8 20
N N
0620-003NB
6 5.3 1.0
N N
0630-003NB
49.8 30
N N
0720-003NB
7
39.8 20
6.2 1.0
N N
0730-003NB
49.8 30
N N
VNBR
0206-02NB
2
3.9
26.5 6 1.8 0.25
0.2 - 15°
N
0311-02NB
3
30.8 11
2.6 0.4
N
0411-02NB
4 3.5 0.5
N N N
0420-02NB
39.8 20
N N N
0511-02NB
5
30.8 11
4.5 0.7
N N N
0520-02NB
39.8 20
N N N
0620-02NB
6 5.3 1.0
N N N
0630-02NB
49.8 30
N N N
0720-02NB
7
39.8 20
6.2 1.0
N N N
0730-02NB
49.8 30
N N N
VNBTR
0411-003
4
3.9
30.8 11
3.6 1.0
0.03 - -
N N
0420-003
39.8 20
N
0511-003
5
30.8 11
4.6 1.3
N N
0520-003
39.8 20
N
VNBTR
0411-01
4
3.9
30.8 11
3.6 1.0
0.1 - -
N N N
0420-01
39.8 20
N N
0511-01
5
30.8 11
4.6 1.3
N N N
0520-01
39.8 20
N N
Recommended Cutting Conditions F90
System Tip-Bars are
sold in 5 piece boxes
F28 F29
Boring
F
Boring
F
l
Spare Parts (Optional)
(
Screw
Side
Stopper
)
Wrench
HS3×4 LW-1.5
System Tip-Bars
N
: Std. Item
¢
SVN-N
(without side stopper)
¢
SVNS-N
(without side stopper / without setscrew)
L2
1F3
L1
F1
L4 L3
F2h
BH1
Note
1
& Note
2
: For insert dimensions, ref. to page
F26
~
F27
H1
h
L2
L1
B
Note 1
Setscrew (SP3×4)
Note 2
F1
Fig.1 (SVN-N) Fig.2 (SVNS-N)
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder.
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Drawing
Spare Parts Applicable Inserts
H1=h
B L1 L2 L3 L4 F1 F2 F3
Clamp
Screw
Wrench Setscrew
F26
~
F27
G43
G66
J30
FT
LTW
SVNR
1010H-12N
N
10 10 100
22 - -
10
- -
Fig.1 SB-3080TR
FT-10 SP3×4
VNBR....-...
VNBTR....-...
VNGR....-..
VNFGR....-..
VNTR...-..
1212K-12N
N
12 12
125
12
1616K-12N
N
16 16 16
2020K-12N
N
20 20 20
2525M-12N
N
25 25 150 25
SVNSR
1010K-12-06N
N
10 10 125
45
10 12 10 29 6
Fig.2 SB-3080TR
LTW-10S -
(VNBR..06-...)*
1010K-12-11N
N
10 10 125 10 12 10 33 11
(VNBR..11-...)*
(VNBTR..11-...)*
(VNGR....-11)*
(VNTR...-11)*
1212M-12-06N
N
12 12 150 10 12 12 29 6 (VNBR..06-...)*
1212M-12-11N
N
12 12 150 10 12 12 33 11
(VNBR..11-...)*
(VNBTR..11-...)*
(VNGR....-11)*
(VNTR...-11)*
1212M-12-20N
N
12 12 150 10 13 12 42 20
(VNBR..20-...)*
(VNBTR..20-...)*
(VNGR....-20)*
1616M-12-06N
N
16 16 150 16 12 16 29 6 (VNBR..06-...)*
1616M-12-11N
N
16 16 150 16 12 16 33 11
(VNBR..11-...)*
(VNBTR..11-...)*
(VNGR....-11)*
(VNTR...-11)*
1616M-12-20N
N
16 16 150 16 13 16 42 20
(VNBR..20-...)*
(VNBTR..20-...)*
(VNGR....-20)*
1. SVN-N / S···SVN-N / S···SVN-SN (without side stopper) retains high index accuracy by simple restraint.
2. SVN-N (without side stopper) has a setscrew SP3X4. Changing the setscrew SP3X4 to a screw HS3x4 (sold separately) enables the toolholder
to be used as a binding effect toolholder similar to the side stopper toolholder.
* All system Tip-Bars Inserts are used with a SVNSR-N Toolholders. However, when setting the cutting edge at the face level of the toolholder as shown in Fig. 2, use the insert shown in ( ).
In these cases, the F3 dimension of the toolholders corresponds to the L2 dimension of the insert.
F28 F29
Boring
F
Boring
F
N
: Std. Item
¢
S···SVN-N
Round Shank (Standard, without side stopper)
¢
S···SVN-SN
Round Shank (Straight, without side stopper)
H
L2
F1
Note 1
Note 2
L1
ID1
ID2
Setscrew (SP3×4)
H
Note 1
Setscrew (SP3×4)
L1
ID1
ID2
L2
F1
Note 2
Fig.1 (S···SVN-N) Fig.2 (S···SVN-SN)
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder.
Note 1 & Note 2: For insert dimensions, ref. to page F26~F27
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Drawing
Spare Parts
Applicable Inserts
ϕ
D1
ϕ
D2
H L1 L2 F1
Clamp
Screw
Wrench
(
Screw
Side
Stopper
)
Setscrew
Wrench
F26
~
F27
G43
G66
J30
S12F-SVNR12N
N
12 20 11 80
23
4
Fig.1
SB-3080TR
FT-10 - SP3×4 - VNBR....-..
VNBTR....-...
VNGR....-..
VNFGR....-..
VNTR....-..
S14G-SVNR12N
N
14 20 13 90
S16H-SVNR12N
N
16 24 15 100
6
S19H-SVNR12N
N
19.05
24 17
100
24
S19N-SVNR12N
N
160
S20H-SVNR12N
N
20 24 18 100
S25H-SVNR12N
N
25.4 30 23
100
S25Q-SVNR12N
N
180
S19H-SVNR12SN
N
19.05
18.5 17
100
23 4
Fig.2
SB-3080TR
FT-10 - SP3×4 -
S20H-SVNR12SN
N
20 19.5 18
S22K-SVNR12SN
N
22 21.5 20 125
S25.0G-SVNR12SN
N
25 24.5 23 90
¢
Selection of System Tip-Bars
Sleeve Holder
Main
Spindle
Face side Back side
Unable to insert a holder from face
side because of too narrow space.
Q:
There are standard types (head dia. is larger than
shank) and straight types for round shanks.
What is each one used for?
A: The straight type is used when it cannot be
inserted from the face side of the sleeve holder
and can be inserted only from the back side
due to space limitation (Refer to Fig. below).
On the other hand, the standard type should be
installed when it can be inserted from the face
side, and the head end is used for positioning as
stopper.
Gang-Type (Horizontal) Gang-Type
Gang-Type
(Front Loading Sleeve Type)
Gang-Type
(Back Loading Sleeve Type)
Square Shank
(Straight)
Square Shank
(L-shape)
Square Shank
£££££
Square Shank
£££££
Round Shank
(Standard)
Round Shank
(Standard)
Round Shank
(Standard)
Round Shank
(Straight)
Round Shank
(Straight)
Round Shank
(Straight)
F30 F31
Boring
F
Boring
F
System Tip-Bars
N
: Std. Item
l
Insert Dimensions (
VNBX-S
)
l
Attachment toolholder for VNBX-S System Tip-Bars
1. There are three different types of attachment toolholder for the VNBX-S System Tip-Bars (Ref. to Page F31).
(1) SVNS-XN Type (without Side Stopper)
(2) S···SVN-XN Type (without Side Stopper)
(3) S···SVN-SXN Type (without Side Stopper)
2. Above toolholders assure high index accuracy by easy restraint.
3. Setscrews (SP3x4) are attached. Toolholders without Side Stopper can be used as a binding effect toolholder when removing the
clamp screws and inserting screws (HS3x4: sold separately) with a wrench (LW-1.5: sold separately).
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
PVD
Coated Carbide
ϕ
A H L1 L2 L3 F1 F2 S r
ε
W θ
1
α
PR930
VNBXR
0103-005S
1.0
3.9
26.5
3
7
0.85
2.95 0.2
+0
-0.02
0.05
0.7 7° 15°
N
0105-005S
5
N
01503-005S
1.5
3
1.3
N
01505-005S
5
N
0206-005S
2.0 6
-
1.8 3 0.25
0.8 8° 18°
N
0311-005S
3.0
30.8 11
2.6 3.5 0.4
N
03511-005S
3.5 3.1 3.75 0.45
N
03516-005S
39.8 16 21
N
0411-005S
4.0
30.8 11
- 3.5 4 0.5
N
0420-005S
39.8 20
N
VNBXR
01503-01S
1.5
3.9
26.5
3
7 1.3 2.95 0.2
+0
-0.03
0.1
0.7 7° 15°
N
01505-01S
5
N
0206-01S
2.0 6
-
1.8 3 0.25
0.8 8° 18°
N
0311-01S
3.0
30.8 11
2.6 3.5 0.4
N
03511-01S
3.5 3.1 3.75 0.45
N
03516-01S
39.8 16 21
N
0411-01S
4.0
30.8 11
- 3.5 4 0.5
N
0420-01S
39.8 20
N
VNBXR
0411-02S
4.0 3.9
30.8 11
- 3.5 4 0.5
+0
-0.04
0.2
N
0420-02S
39.8 20
N
Recommended Cutting Conditions F90
System Tip-Bars are
sold in 5 piece boxes
¢
VNBX-S
(Boring) [Corner-R (r
ε
): Minus tolerance]
10
10°
30°
rH
L2 1
F2
2
(
Center of I
A)
S
F1
L1
H
L2
L3
I
A
30°
α
10°
θ
1
rH
W
are below shape
VNBXR0103
type
VNBXR0105
type
VNBXR01503
type
VNBXR01505
type
VNBXR03516
type
l
Right-hand shown
Chipbreaker in detail
l
Spare Parts (Optional)
(
Screw
Side
Stopper
)
Wrench
HS3×4 LW-1.5
F30 F31
Boring
F
Boring
F
¢
SVNS-XN
(Square Shank: L-shape)
l
Toolholder Dimensions (L-shape square shank applicable to gang tool post)
¢
S···SVN-XN
(Round Shank: Standard type)
¢
S···SVN-SXN
(Round Shank: Straight type)
l
Toolholder Dimensions (Holder center axis core and insert center are coaxial type)
Note 1: The dimension of Note 1 is same size as the applicable insert (VNBX) F2 dimension.
L2
F1
F3 1
L3
L1
Note 1
Setscrew (SP3×4)
F2
BH1
h
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder.
N
: Std. Item
O
: Check Availability
Description Std.
Dimension (mm) Spare Parts
*
Applicable Inserts
F30
H1=h
B L1 L2 L3 F1 F2 F3
Clamp
Screw
Wrench Setscrew
SVNSR
1010K-12-06XN
N
10 10 125
45
10
10
29 6
SB-3080TR LTW-10S SP3×4
(VNBXR02..)
1010K-12-11XN
N
33 11 (VNBXR..11..)
1212M-12-06XN
N
12 12
150
12
29 6 (VNBXR02..)
1212M-12-11XN
N
33 11 (VNBXR..11..)
1212M-12-20XN
N
42 20 (VNBXR0420..)
1616M-12-06XN
N
16 16 16 16
29 6 (VNBXR02..)
1616M-12-11XN
N
33 11 (VNBXR..11..)
1616M-12-20XN
N
42 20 (VNBXR0420..)
* All VNBXR Inserts can be attached to a SVNS-XN Toolholder. However, when setting the cutting edge at the face level of the toolholder as shown in Fig., use the insert shown in ( ).
Description Std.
Dimension (mm)
Drawing
Spare Parts
Applicable Inserts
F30
ϕ
D1
ϕ
D2
H L1 L2
Clamp
Screw
Wrench Setscrew
S12F -SVNR12XN
N
12
20
11 80
23
Fig.1 SB-3080TR FT-10
S14G -SVNR12XN
N
14 13 90
S16H -SVNR12XN
N
16
24
15
100
S19H -SVNR12XN
N
19.05
17
24
S19N -SVNR12XN
O
160
S20H -SVNR12XN
N
20 18
100
S25H -SVNR12XN
N
25.4 30 23
S25Q -SVNR12XN
N
180
S19H
-SVNR12SXN
N
19.05
18.5 17
100
23 Fig.2 SB-3080TR FT-10
S20H
-SVNR12SXN
N
20 19.5 18
S22K
-SVNR12SXN
N
22 21.5 20 125
S25.0G
-SVNR12SXN
N
25 24.5 23 90
*Reminder of applicable insert.
ID2
Note 2
Note 1
L2
2
H
L1
ID1
The total length
between the center and
the side of an insert
Setscrew
(SP3×4)
ID2
Note 2
2
ID1
H
L2
L1
Setscrew
(SP3×4)
The total length
between the center and
the side of an insert
Note 1
Fig.1 (S···SVN-XN) Fig.2 (S···SVN-SXN)
l
Right-hand shown Right-hand Insert for Right-hand Toolholder.
Note 1: The dimension of Note 1 shows the applicable insert (VNBX) L2 dimension +1 mm.
Note 2: The dimension of Note 1 is same size as the applicable insert (VNBX) F2 dimension.
SP3×4
SP3×4
VNBXR...
VNBXR...
F32 F33
Boring
F
Boring
F
Twin-Bars
N
: Std. Item
¢
TWB
(Micro Boring: Horizontal type) [Corner-R (r
ε
) Tolerance: +0/−0.02mm, +0/−0.03mm]
10°
2.38
3
F
S
rH
30°
5°
5°
16
10°
IA
(Edge Height)
l
Right-hand shown
Twin-Bars are
sold in 5 piece boxes
l
Toolholder Dimensions
Description
Std.
Dimension (mm)
Drawing
Spare Parts Applicable Inserts
H1=h
B L1 L2 L3 F1 F2 T
Clamp Screw Wrench
F32
STWR 1212F-15
N
12 12 85
-
-
12
- 3
Fig.1
SB-3080TR LTW-10S
TWBR
¡¡¡¡¡-¡¡¡
1212K-15
N
12 12
125
12
1616K-15
N
16 16 16
2020K-15
N
20 20
25
25
Fig.2
2525M-15
N
25 25 150 32
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
PVD
Coated Carbide
ϕ
A
F S r
ε
PR1025
TWBR 01003-005
1.0 0.85
0.2
+0
-0.02
0.05
N
01503-005
1.5 1.30
N
02003-005
2.0 1.75 0.25
N
02503-005
2.5 2.10 0.3
N
03003-005
3.0 2.40 0.4
N
TWBR 01503-010
1.5 1.30 0.2
+0
-0.03
0.1
N
02003-010
2.0 1.75 0.25
N
02503-010
2.5 2.10 0.3
N
03003-010
3.0 2.40 0.4
N
l
Toolholder Dimensions
Description
Std.
Dimension (mm)
Drawing
Spare Parts Applicable Inserts
ϕ
D1
ϕ
D2
H L1 L2 L3 T
Clamp Screw Wrench
F32
S12F- STWR15
N
12
20
11 80
18
22 3
Fig.1
SB-3080TR LTW-10S
TWBR
¡¡¡¡¡-¡¡¡
S14H- STWR15
N
14 13 100
S15F- STWR15
N
15.875
15 85
S16F- STWR15
N
16
S19G- STWR15
N
19.05 18.5
17
90
- 3
Fig.2
S19K- STWR15
N
120
S20G- STWR15
N
20
19.5
18
90
S20K- STWR15
N
120
S22K- STWR15
N
22
21.5
20 125
22
S25.0J- STWR15
N
25
24.5
23 110
S25K- STWR15
N
25.4
25
23 120
¢
S..-STW
(Round Shank for Horizontal type insert)
l
Right-hand shown
ID1
L3
T
T
ID2
ID2
1
1
L2
L1
L2
L1
H
ID1
H
Offset length from the center
of toolholder to the tip of edge
Offset length from the center
of toolholder to the tip of edge
Fig.1 Fig.2
Right-hand Insert for Right-hand Toolholder, (Left-hand Insert for Left-hand Toolholder.)
(For Left-hand toolholders for grooving,please ref. to page
G68
.)
¢
STW
(Square Shank for Horizontal type insert)
L1
B
H1
h
F1
T
L1
L3
B
H1
h
F1
T
Fig.1 Fig.2
(For Left-hand toolholders for grooving,please ref. to page
G68
.)
l
Right-hand shown Right-hand Insert for Right-hand Toolholder, (Left-hand Insert for Left-hand Toolholder.)
F32 F33
Boring
F
Boring
F
10°
6.4
3
F
S
rH
30°
16
5°
10°
IA
(Edge Height
)
Recommended Cutting Conditions (TWB / TWBT)
Workpiece
Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
TWBR01003 type
TWBR01503 type
TWBTR01003 type
TWBTR01503 type
TWBR02003 type
TWBR02503 type
TWBR03003 type
TWBTR02003 type
TWBTR02503 type
TWBTR03003 type
Remarks
PVD Coated Carbide
PR1025
ap (mm), f (mm/rev)
ap f ap f
Carbon steel
Alloy steel
«
30~100
~0.1 ~0.01 ~0.2 ~0.03
Coolant
Stainless Steel
«
30~80
~0.1 ~0.01 ~0.2 ~0.02
«
: 1st Recommendation
¢
TWBT
(Micro Boring: Vertical type) [Corner-R (r
ε
) Tolerance: +0/−0.02mm, +0/−0.03mm]
l
Right-hand shown
¢
STWS
(Square shank for Vertical type insert: L-shape type)
l
Right-hand shown
20
F1
F2
L2
L1
B
H
h
T
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
PVD Coated
Carbide
ϕ
A
F S r
ε
PR1025
TWBTR 01003-005
1.0 0.85
0.2
+0
-0.02
0.05
N
01503-005
1.5 1.30
N
02003-005
2.0 1.75 0.25
N
02503-005
2.5 2.10 0.3
N
03003-005
3.0 2.30 0.4
N
TWBTR 01503-010
1.5 1.30 0.2
+0
-0.03
0.1
N
02003-010
2.0 1.75 0.25
N
02503-010
2.5 2.10 0.3
N
03003-010
3.0 2.30 0.4
N
l
Toolholder Dimensions
Description
Std.
Dimension (mm)
Drawing
Spare Parts Applicable Inserts
H1=h
B L1 L2 L3 F1 F2 T
Clamp Screw Wrench
F33
G69
STWSR 1010JX-15T
N
10 10
120
16
-
10 9
3 - SB-3080TR LTW-10S
TWBTR
¡¡¡¡¡-¡¡¡
TWFGTR¡¡¡
1212JX-15T
N
12 12 12 7
1616JX-15T
N
16 16 20 16 3
STWSR 1010F-15T
N
10 10
85 16 -
10 9
1212F-15T
N
12 12 12 7
Twin-Bars are
sold in 5 piece boxes
N
: Std. Item
F34 F35
Boring
F
Boring
F
2-Edge Tip-Bars HPB / HPBT
¢
HPB
(Boring)
5°
H
15°
5
°
L2
L1
L3
F
S
φ
A
φ
D
r
ε
1
4°
Chipbreaker in detail
NB Type Top Shape
(without Chipbreaker)
0°
l
Right-hand shown
¢
HPBT
(Back Boring)
5˚
I
A
L3
S
1. 5
F
L2
15°
5°
H
I
D
L1
rH
L4
14°
Chipbreaker in detail
l
Right-hand shown
l
Tip-Bars Dimensions
Description
Min. Bore
Dia.
Dimension (mm)
Grades
PVD Coated Carbide
Carbide
ϕ
A
ϕ
D H L1 L2 L3 F S r
ε
PR930 KW10
R L R L
HPB
&
0202-005
2 2 1.7
50
10 5 1.75 0.25
+0
-0.02
0.05
N N N
0303-005
3 3 2.5 15 7 2.7 0.3
N N N
0404-005
4 4 3.35 60 20 10 3.65
0.5
N N N
0505-005
5 5 4.3
70
25 12
4.55
N N N
0606-005
6 6 5.2 5.5
N N N
0707-005
7 7 6.2 80 6.45
N N N
HPBR
0202-005NB
2 2 1.7
50
10 5 1.75 0.25
+0
-0.02
0.05
N N
0303-005NB
3 3 2.5 15 7 2.7 0.3
N N
0404-005NB
4 4 3.35 60 20 10 3.65
0.5
N N
0505-005NB
5 5 4.3
70
25 12
4.55
N N
0606-005NB
6 6 5.2 5.5
N N
0707-005NB
7 7 6.2 80 6.45
N N
HPBT
&
0404-005
4 4 3.35 60 21
8
3.65 1.0
+0
-0.02
0.05
N O N
0505-005
5 5 4.3 70 26 4.55 1.3
N N N
Recommended Cutting Conditions
Workpiece Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
HPB02
type
HPB03
type
HPB04
type
HPBT04
type
HPB05/06/07
type
HPBT05
type
Remarks
PVD Coated Carbide
Carbide
ap (mm), f (mm/rev)
PR930 KW10 ap f ap f ap f ap f
Carbon steel / Alloy steel
«
30~100
- ~0.3 ~0.03 ~0.4 ~0.04 ~0.45 ~0.07 ~0.5 ~0.1
CoolantStainless Steel
«
30~80
- ~0.3 ~0.02 ~0.4 ~0.03 ~0.45 ~0.05 ~0.5 ~0.07
Non-ferrous Metals -
«
30~100
~0.3 ~0.05 ~0.4 ~0.06 ~0.45 ~0.1 ~0.5 ~0.15
«
: 1st Recommendation
Tip-Bars are
sold in 1 piece boxes.
N
: Std. Item
O
: Check Availability
Tip-Bars Description
Applicable Sleeves
F24,F25
HPB
&
0202-··· EZH 02…
0303-··· 03…
0404-··· 04…
0505-··· 05…
0606-··· 06…
0707-··· 07…
HPBT
&
0404-··· EZH 04…
0505-··· 05…
Ref. to Page for Applicable Sleeve
F24, F25
Ref. to Page for Applicable Sleeve
F24, F25
Description Table for Tip-Bars and Applicable Sleeves
F34 F35
Boring
F
Boring
F
N
: Std. Item
R : Std. Item (R-hand Only)
: Will be switched to new item (Check Availability)
¢
PSB-S
(Boring) <Adjustable Overhang Length>
This insert will be switched to EZB type (EZ Bars, ref. to page
F14
)
¢
PSBT-S
(Back Boring) <Adjustable Overhang Length>
This insert will be switched to HPBT type (2-Edge, ref. to page
F34
).
5
5
˚
1.5
I
A
15
˚
L1
L3
H
L2
S
ID
F
rH
l
Right-hand shown
l
Tip-Bars Dimensions
5˚
5˚
F
15˚
r
H
F
15˚
I
A
rH
L2
L3
S
L1
S
H
L1
I
D
I
D
5
l
Right-hand shown
−NBS Type Top Shape (without Chipbreaker)
Top Shape Grades
Coated Carbide
Carbide
CBN
PCD
Description
Min.
Bore
Dia.
Dimension (mm)
Grades
PVD
Coated Carbide
Carbide
CBN PCD
ϕ
A
ϕ
D H L1 L2 L3 F S r
ε
PR915
PR930
KW10
KBN510
KBN525
KPD001
KPD010
PSB
&
0202-50S
2 1.8
- 50 -
5 0.9 0.25
0.05
0303-50S
3 2.8 7 1.4 0.3
0404-60S
4 3.8 3.6 60 30 10 1.9
0.5
0505-70S
5 4.8 4.4
70
40
12
2.4
0606-70S
6 5.8 5.2 45 2.9
0707-80S
7 6.8 6.2 80 50 3.4
PSB
&
0202-50NBS
2 1.8
- 50 -
5 0.9 0.25
0.05
0303-50NBS
3 2.8 7 1.4 0.3 R R
0404-60NBS
4 3.8 3.6 60 30 10 1.9
0.5
R R R R
0505-70NBS
5 4.8 4.4
70
40
12
2.4 R R R
N
0606-70NBS
6 5.8 5.2 45 2.9 R R R R
0707-80NBS
7 6.8 6.2 80 50 3.4 R R R R
PSBT
&
0415-60S
4 3.8 3.6 60
20 8
1.9 1.0
0.05
0515-70S
5 4.8 4.6 70 2.4 1.3
Tip-Bars are
sold in 1 piece boxes.
Ref. to Page for Applicable Sleeve F82
Ref. to Page for Applicable Sleeve
F82
Recommended Cutting Conditions
Workpiece
Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
PSB02 type PSB03 type
PSB04
PSBT04
type
PSB05
PSB06
PSB07
PSBT05
type
Remarks
PVD Coated Carbide
Carbide
CBN PCD
PR915
PR930
KW10
KBN510
KBN525
KPD001
KPD010
ap (mm), f (mm/rev)
ap f ap f ap f ap f
Carbon Steel / Alloy Steel
«
30~100
~0.3 ~0.03 ~0.4 ~0.04 ~0.45 ~0.07 ~0.5 ~0.1
Coolant
Stainless Steel
«
30~80
~0.3 ~0.02 ~0.4 ~0.03 ~0.45 ~0.05 ~0.5 ~0.07
Non-ferrous Metals
✩
~100
«
~300
✩
~300
~0.3 ~0.05 ~0.4 ~0.06 ~0.45 ~0.1 ~0.5 ~0.15
Hard Materials
«
~100
- - ~0.07 ~0.03 ~0.10 ~0.05 ~0.15 ~0.07
«
: 1st Recommendation ✩: 2nd Recommendation
Tip-Bars for Micro Boring
PSB
&
0202
type
PSB
&
0303
type
shown in left gure
F36 F37
Boring
F
Boring
F
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ8
ϕ3
ϕ10
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ8 ϕ2.5
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Dynamic Bar [CC
££
Insert]
¢
A / S-SCLC-AE
Excellent Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.1 Fig.2
L2
L1
H
F
L1
L2
L4
H
F
H
L1
L2
L3
L4
F
φD
φD
θ
5°
φD
5°
5°
φA
φA
φA
L6
L5
0°
θ
0°
θ
Straight hole (φd)
5˚
¢
S-SCLC-A
Steel Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~4
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.3
L2
L1
H
F
H
L1
L2
L3
L4
F
θ
φD
θ
5
˚
φD
5˚
φA
φA
L6
L5
0˚
5˚
¢
C / E-SCLC-A
Carbide Shank Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~7
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.6
Fig.5
Screw Clamp
Fig.4
Screw Clamp
5˚
5°
L1
L2
φD
F
5°
θ
H
L4
φA
2°
H
ID
L2
5°
IA
F
θ
L4
0°
C04G-SCLC03-05A°
L1
F
5°
H
L2
L3
L1
L4
0°
Straight hole (
Id)
ID
IA
θ
F36 F37
Boring
F
Boring
F
Applications
Minute ap Finishing Finishing
Finishing-Medium Finishing-Medium
Medium
Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Ref. to Page B48 B48 B49 B49 B49 B49, B50 B48, B49 B50, B51 B50 B51, B52
I n se r t
T o o l h o l d e r D e scr i p t i o n
CF GF PP GK HQ Standard GQ
&-F &-FSF
(E/F)
&
-U
...
-SCLC
&
03-
...
CCGT0301.. - - - - - - CCGT0301.. CCET0301.. -
...
-SCLC
&
04-
...
CCGT0401.. - - - - - - CCGT0401.. CCET0401.. -
...
-SCLC
&
06-
...
- CCGT0602.. CCMT0602.. CCMT0602.. CCMT0602.. CCGT0602.. CCGT0602.. - - CCGT0602..
...
-SCLC
&
09-
...
- CCGT09T3.. CCMT09T3.. CCMT09T3.. CCMT09T3..
CCGT09T3..
CCMT09T3..
CCGT09T3.. - - CCGT09T3..
Applications
Low Feed / Precision
Stainless Steel Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B51 B50 B53 B52 B53 C24 C14
I n se r t
T o o l h o l d e r D e scr i p t i o n
F
&
-USF MQ
Without Chipbreaker
AH A3 PCD CBN
...
-SCLC
&
03-
...
- - - - - - CCMW0301..
...
-SCLC
&
04-
...
- - - - - CCGW0401.. CCMW0401..
...
-SCLC
&
06-
...
CCET0602.. - CCGW0602.. - -
CCMT0602..
CCGW0602..
CCMW0602..
...
-SCLC
&
09-
...
CCET09T3.. CCMT09T3.. CCGW09T3.. CCGT09T3.. CCGT09T3..
CCMT09T3..
CCGW09T3..
CCMW09T3..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F81
~
F84
N
: Std. Item
l
Applicable Inserts
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw Wrench
R L
ϕ
A
ϕ
D
H L1 L2 L3 L4 F
Excellent Bar
S10H-SCLC
&
03-05AE
N N
5
10 9 100
24
-
11 2.5 15°
0.2
No Fig.1
SB-1635TR
F T- 6
S10H-SCLC
&
03-06AE
N N
6 28 13 3
13°
S10H-SCLC
&
04-07AE
N
N
7 32 15 3.5
SB-2035TR
S10H-SCLC
&
04-08AE
N N
8 37 15 4 11°
A08X-SCLC
&
06-10AE
N N
10 8 7 120 16 20 17 5 14°
0.4
Ye s Fig.2
SB-2545TR F T- 8
A10L-SCLC
&
06-12AE
N N
12 10 9 140 20 25 21 6 12°
A12M-SCLC
&
06-14AE
N N
14 12 11 150 24 30 25 7
10°
A16Q-SCLC
&
09-18AE
N N
18 16 15 180 30 34 31 9
SB-4065TR F T- 15
A20R-SCLC
&
09-22AE
N N
22 20 19 200 36 49 37 11 8°
A25S-SCLC
&
09-27AE
N N
27 25 24 250 46 55 46
13.5
6°
Steel
S08X-SCLC
&
06-10A
N N
10 8 7 120 16 20 17 5 14°
0.4
No Fig.3
SB-2545TR F T- 8
S10L-SCLC
&
06-12A
N N
12 10 9 140 20 25 21 6 12°
S12M-SCLC
&
06-14A
N N
14 12 11 150 24 30 25 7
10°
S16Q-SCLC
&
09-18A
N N
18 16 15 180 30 34 31 9
SB-4065TR F T- 15
S20R-SCLC
&
09-22A
N N
22 20 19 200 36 49 37 11 8°
S25S-SCLC
&
09-27A
N N
27 25 24 250 46 55 46
13.5
6°
Carbide
C04G-SCLC
&
03-05A
N N
5 4 3.8 90 9
-
8 2.5 15°
0.2
No
Fig.4
SB-1635TR
F T- 6
C05H-SCLC
&
03-06A
N N
6 5 4.4 100 11
11
3
13°
Fig.5
C06J-SCLC
&
04-07A
N N
7 6 5.4 110 12
12
3.5
SB-2035TR
C07K-SCLC
&
04-08A
N N
8 7 6.4 125 13
13
4 11°
E08L-SCLC
&
06-10A
N N
10 8 7
140
16
15 15
5 14°
0.4
Ye s Fig.6
SB-2545TR F T- 8
E08L-SCLCR
06-10A-2/3
N
90
E10N-SCLC
&
06-12A
N N
12 10 9
160
20
19 19
6 12°
E10N-SCLCR
06-12A-2/3
N
105
E12Q-SCLC
&
06-14A
N N
14 12 11
180
23
22 22
7
10°
E12Q-SCLCR
06-14A-2/3
N
120
E16X-SCLC
&
09-18A
N N
18 16 15
220
28
27 27
9
SB-4065TR F T- 15
E16X-SCLCR
09-18A-2/3
N
145
E20S-SCLC
&
09-22A
N N
22 20 19
250
32
31 31
11 8°
E20S-SCLCR
09-22A-2/3
N
165
E25T-SCLC
&
09-27A
N N
27 25 24
300
38
37 37 13.5
6°
E25T-SCLCR
09-27A-2/3
N
200
l
Toolholder Dimensions
Screw Clamp
F38 F39
Boring
F
Boring
F
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Dynamic Bar [CP
££
Insert]
Fig.1
¢
S-SCLP-A
Steel Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~4
5
l
Right-hand shown Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.2
Screw Clamp
L2
L1
H
F
θ
5˚
φD
φA
L4
L3
5˚
Fig.3
¢
A-SCLP-AE
Excellent Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~5.5
5
l
Right-hand shown Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
E-SCLP-A
Carbide Shank Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~7
5°
l
Right-hand shown Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
L2
L1
H
F
5˚
φD
φA
L4
L3
5˚
Straight hole (
φd
)
θ
E-SCLP-AE (E12Q-SCLPR08-14A)
F26 fig3
H
L2
F
5˚
L3
L1
L4
Straight hole (Id)
ID
IA
θ
5˚
F38 F39
Boring
F
Boring
F
N
: Std. Item
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D H L1 L2 L3 L4 F
Excellent Bar
A10L-SCLP
&
08-12AE
N N
12 10 9
140
20 25 20 6 5°
0.4 Ye s Fig.1
SB-3060TR F T- 10
A12M-SCLP
&
08-14AE
N N
14
12 11
150
24
29
24
7
4°
A12M-SCLP
&
09-16AE
N N
16 31 8
SB-4065TR F T- 15
A16Q-SCLP
&
09-18AE
N N
18 16 15
180
30 37 30 9 3.5°
A20R-SCLP
&
09-22AE
N N
22 20 19
200
36 47 37 11 2°
A25S-SCLP
&
09-27AE
N N
27 25 24
250
46 55 46 13.5 0°
Steel
S10L-SCLP
&
08-12A
N N
12 10 9
140
20 25 20 6 5°
0.4 No Fig.2
SB-3060TR F T- 10
S12M-SCLP
&
08-14A
N N
14
12 11
150
24
29
24
7
4°
S12M-SCLP
&
09-16A
N N
16 31 8
SB-4065TR F T- 15
S16Q-SCLP
&
09-18A
N N
18 16 15
180
30 37 30 9 3.5°
S20R-SCLP
&
09-22A
N N
22 20 19
200
36 47 37 11 2°
S25S-SCLP
&
09-27A
N N
27 25 24
250
46 55 46 13.5 0°
Carbide
E10N-SCLP
&
08-12A
N N
12 10 9
160
20 19 19 6 5°
0.4
Ye s Fig.3
SB-3060TR F T- 10
E10N-SCLPR
08-12A-2/3
N
105
E10N-SCLPR
08-12A-1/2
N
80
E12Q-SCLP
&
08-14A
N N
14 12 11
180
23 22 22 7 4°
E12Q-SCLPR
08-14A-2/3
N
120
E12Q-SCLPR
08-14A-1/2
N
90
E12Q-SCLP
&
09-16A
N N
16 12 11
180
23 22 22 8 5°
SB-4065TR F T- 15
E12Q-SCLPR
09-16A-2/3
N
120
E12Q-SCLPR
09-16A-1/2
N
90
E16X-SCLP
&
09-18A
N N
18 16 15
220
28 27 27 9 3.5°
E16X-SCLPR
09-18A-2/3
N
145
E16X-SCLPR
09-18A-1/2
N
110
E20S-SCLP
&
09-22A
N N
22 20 19
250
32 31 31 11 2°
E20S-SCLPR
09-22A-2/3
N
165
E20S-SCLPR
09-22A-1/2
N
125
E25T-SCLP
&
09-27A
N N
27 25 24
300
38 37 37 13.5 0°
E25T-SCLPR
09-27A-2/3
N
200
l
Toolholder Dimensions
l
Applicable Inserts
Applications
Finishing Finishing
Finishing-Medium
Medium
Finishing-Medium
Soft Steel / Finishing
Soft Steel / Finishing-Medium
Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page B54 B54 B54 B54
B54 B54 B54 B54
C25 C14
I n se r t
T o o l h o l d e r D e scr i p t i o n
PP GP HQ Standard
&-Y
XP XQ
Without Chipbreaker
PCD CBN
...
-SCLP
&
08-
...
CPMT0802.. CPMT0802.. CPMH0802.. CPMH0802.. CPMH0802.. CPMT0802.. - CPMB0802.. CPMH0802.. CPGB0802..
...
-SCLP
&
09-
...
CPMT0903.. CPMT0903.. CPMH0903.. CPMH0903..
CPMH0903.. CPMT0903.. CPMT0903.. CPMB0903..
CPMH0903.. CPGB0903..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F82
~
F84
Screw Clamp
N E
W
F40 F41
Boring
F
Boring
F
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Dynamic Bar [DC
££
Insert]
¢
A-SDUC-AE
Excellent Bar (Copying)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.1 Fig.2
30°
¢
S-SDUC-A
Steel Bar (Copying)
Max. Overhang Length L/D=~4
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.3 Fig.4
3˚
θ
F
φ
A
H
φ
D
L1
L2
L4
L4
S
L1
H
L2
3˚
θ
F
φ
A
φ
D
3˚
3˚
S
¢
E-SDUC-A
Carbide Shank Bar (Copying)
Max. Overhang Length L/D=~7
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Fig.5
Screw Clamp
30°
30°
3°
E-SDUC-A(E16X-SDUCR07-20A)
F28 fig5
φD
H
L2
S
3°
L1
F
φA
θ
3°
L4
L3
Straight hole (
φ
d)
3°
F
φ
A
H
20
φ
D
L1
L2
S
θ
S
L1
H
L2
3°
θ
F
φ
A
φ
D
L4
L4
3˚
3˚
Straight hole (
φ
d)
outer hole dia. (
φ
5)
inner hole dia. (
φ
2.5) for A16Q-SDUC
&
07-14AE
inner hole dia. (
φ
3) for A20R-SDUC
&
11-20AE
F40 F41
Boring
F
Boring
F
A p p l i ca t i o n s
Minute ap Finishing Finishing
Finishing-Medium Finishing-Medium
Medium - Roughing
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Re f . t o P a g e
B55 B55, B56 B56 B56 B56 B57 B58 B58 B59, B60 B59
I n se r t
T o o l h o l d e r D e scr i p t i o n
CF CK PP GK HQ Standard
&-F &-FSF
(E/F)&-U F&-USF
...
-SDUC
&07-
...
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCMT0702.. DCGT0702.. DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
...
-SDQC
&07-
...
...
-SDZC
&07-
...
...
-SDUC
&11-
...
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCMT11T3..
DCMT11T3..
DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
...
-SDQC
&11-
...
...
-SDZC
&11-
...
A p p l i ca t i o n s
Low Feed
Low Feed / Precision
Soft Steel / Finishing
Soft Steel / Finishing-Medium
Stainless Steel Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Re f . t o P a g e
B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
I n se r t
T o o l h o l d e r D e scr i p t i o n
(E/F)&-J F&-JSF XP XQ MQ
Without Chipbreaker
AH
&-A3
PCD CBN
...
-SDUC
&07-
...
DCET0702.. - DCMT0702.. - DCMT0702..
DCGW0702..
- - DCMT0702..
DCMW0702..
...
-SDQC
&07-
...
...
-SDZC
&07-
...
...
-SDUC
&11-
...
DC_T11T3.. DCET11T3.. DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3..
DCMW11T3..
...
-SDQC
&11-
...
...
-SDZC
&11-
...
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F82
~
F84
N
: Std. Item
l
Applicable Inserts
l
Toolholder Dimensions
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L ϕA ϕ
D
H L1 L2 L3 L4 F S
Excellent Bar
A10L-SDUC
&
07-14AE
N N
14
10 9 140 19
-
20 8.7 3.3
5° 0.4 Yes
Fig.2
SB-2560TR F T- 8
A16Q-SDUC
&
07-14AE
N N
16 15 180 28 23 10.8 4.4
Fig.1
A12M-SDUC
&
07-16AE
N N
16 12 11 150
21
24 9.7
3.3
Fig.2
A16Q-SDUC
&
07-20AE
N N
20
16 15 180 26 11.7
A20R-SDUC
&
11-20AE
N N
20 19 200 48 30 15.6
6.1
Fig.1
SB-4065TR F T- 15
A16Q-SDUC
&
11-23AE
N N
23 16 15 180 21 31 14.5
Fig.2
A20R-SDUC
&
11-27AE
N N
27 20 19 200 23 36 16.5
A25S-SDUC
&
11-32AE
N N
32 25 24 250 24 39 19
Steel
S10L-SDUC
&
07-14A
N N
14
10 9 140 19
-
20 8.7 3.3
5° 0.4 No
Fig.4
SB-2560TR F T- 8
S16Q-SDUC
&
07-14A
N N
16 15 180 28 23 10.8 4.4
Fig.3
S12M-SDUC
&
07-16A
N N
16 12 11 150
21
24 9.7
3.3
Fig.4
S16Q-SDUC
&
07-20A
N N
20
16 15 180 26 11.7
S20R-SDUC
&
11-20A
N N
20 19 200 48 30 15.6
6.1
Fig.3
SB-4065TR F T- 15
S16Q-SDUC
&
11-23A
N N
23 16 15 180 21 31 14.5
Fig.4
S20R-SDUC
&
11-27A
N N
27 20 19 200 23 36 16.5
S25S-SDUC
&
11-32A
N N
32 25 24 250 24 39 19
Carbide
E10N-SDUC
&
07-14A
N N
14 10 9
160
20
-
19 8.7
3.3
5° 0.4 Yes
Fig.5
SB-2560TR F T- 8
E10N-SDUCR
07-14A-2/3
N
105
E12Q-SDUC
&
07-16A
N N
16 12 11
180
23 22 9.7
E12Q-SDUCR
07-16A-2/3
N
120
E16X-SDUC
&
07-20A
N N
20
16 15
220
28
26 11.7
E16X-SDUCR
07-20A-2/3
N
145
E16X-SDUC
&
11-23A
N N
23
220
27 14.5
6.1 SB-4065TR F T- 15
E16X-SDUCR
11-23A-2/3
N
145
E20S-SDUC
&
11-27A
N N
27 20 19
250
32 31 16.5
E20S-SDUCR
11-27A-2/3
N
165
E25T-SDUC
&
11-32A
N N
32 25 24
300
38 37 19
E25T-SDUCR
11-32A-2/3
N
200
Screw Clamp
F42 F43
Boring
F
Boring
F
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Dynamic Bar [DC
££
Insert]
N
: Std. Item
l
Toolholder Dimensions
¢
A-SDQC-AE
Excellent Bar (Copying)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
¢
S-SDQC-A
Steel Bar (Copying)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
E-SDQC-A
Carbide Shank Bar (Copying)
Max. Overhang Length L/D=~7
Fig.1
Fig.2
Fig.3
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D H L1 L2 L3 L4 F S
Excellent Bar
A10L -SDQC
&
07-13AE
N N
13 10 9 140 19
-
21 7.5 2.1 10°
0.4 Ye s
Fig.1
SB-2560TR F T- 8
A12M-SDQC
&
07-16AE
N N
16 12 11 150 22 25
9.25
2.6
8°
A16Q-SDQC
&
07-20AE
N N
20 16 15 180 25 32
11.3
6°
A20R-SDQC
&
11-25AE
N N
25 20 19 200 31 37
14.4
3.7
5°
SB-4065TR F T- 15
A25S-SDQC
&
11-30AE
N N
30 25 24 250 38 45
16.9
4°
Steel
S10L-SDQC
&
07-13A
N N
13 10 9 140 19
-
21 7.5 2.1 10°
0.4 No
Fig.2
SB-2560TR F T- 8
S12M-SDQC
&
07-16A
N N
16 12 11 150 22 25
9.25
2.6
8°
S16Q-SDQC
&
07-20A
N N
20 16 15 180 25 32
11.3
6°
S20R-SDQC
&
11-25A
N N
25 20 19 200 31 37
14.4
3.7
5°
SB-4065TR F T- 15
S25S-SDQC
&
11-30A
N N
30 25 24 250 38 45
16.9
4°
Carbide
E10N-SDQC
&
07-13A
N N
13 10 9
160
20 - 19 7.5 2.1 10°
0.4 Ye s
Fig.3
SB-2560TR F T- 8
E10N-SDQCR
07-13A-2/3
N
105
E12Q-SDQC
&
07-16A
N N
16 12 11
180
23 - 22
9.25
2.6 8°
E12Q-SDQCR
07-16A-2/3
N
120
E16X-SDQC
&
07-20A
N N
20 16 15
220
28 - 27
11.3
2.6 6°
E16X-SDQCR
07-20A-2/3
N
145
E20S-SDQC
&
11-25A
N N
25 20 19
250
32 - 31
14.4
3.7 5°
SB-4065TR F T- 15
E20S-SDQCR
11-25A-2/3
N
165
E25T-SDQC
&
11-30A
N N
30 25 24
300
38 - 37
16.9
3.7 4°
E25T-SDQCR
11-30A-2/3
N
200
l
Right-hand shown
17.5˚
1 7. 5 ˚
1 7. 5 ˚
17.5
˚
θ
L2
F
φA
φD
L1
L4
0˚
H
S
Screw Clamp
A-SDQC-AE(A16Q-SDQCR07-20AE)
F
17.5˚
F30 fig1
θ
φA
L2
H
φD
L1
S
L4
Straight hole (φd)
0˚
φD
H
L1
L2
F
φA
θ
0°
L4
Straight hole (φd)
17.5
°
S
F42 F43
Boring
F
Boring
F
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12
ϕ4
ϕ16
ϕ20 ϕ6
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
Screw Clamp
N
: Std. Item
¢
A-SDZC-AE
Excellent Bar (Back Boring)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
¢
S-SDZC-A
Steel Bar (Back Boring)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
E-SDZC-A
Carbide Shank Bar (Back Boring)
Max. Overhang Length L/D=~7
l
Toolholder Dimensions
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D H L1 L2 L4 L5 F S
Excellent Bar
A10L-SDZC
&
07-14AE
N N
14
10 9 140 14 16 9.5 8.7 3.3
5° 0.4 Ye s
Fig.2
SB-2545TR
F T- 8
A16Q-SDZC
&
07-14AE
N N
16 15 180 30 17 10 10.8 4.4
Fig.1
A12M-SDZC
&
07-16AE
N N
16 12 11 150
14
20
10.5
9.7
3.3
Fig.2
SB-2560TR
A16Q-SDZC
&
07-20AE
N N
20
16 15 180 22 11.7
A20R-SDZC
&
11-20AE
N N
20 19 200 40 24
15
15.6
6.1
Fig.1
SB-4065TR F T- 15
A16Q-SDZC
&
11-23AE
N N
23 16 15 180
15
22 14.5
Fig.2
A20R-SDZC
&
11-27AE
N N
27 20 19 200 25 16.5
A25S-SDZC
&
11-32AE
N N
32 25 24 250 26 19
Steel
S10L-SDZC
&
07-14A
N N
14
10 9 140 14 16 9.5 8.7 3.3
5° 0.4 No
Fig.4
SB-2545TR
F T- 8
S16Q-SDZC
&
07-14A
N N
16 15 180 30 17 10 10.8 4.4
Fig.3
S12M-SDZC
&
07-16A
N N
16 12 11 150
14
20
10.5
9.7
3.3
Fig.4
SB-2560TR
S16Q-SDZC
&
07-20A
N N
20
16 15 180 22 11.7
S20R-SDZC
&
11-20A
N N
20 19 200 40 24
15
15.6
6.1
Fig.3
SB-4065TR F T- 15
S16Q-SDZC
&
11-23A
N N
23 16 15 180
15
22 14.5
Fig.4
S20R-SDZC
&
11-27A
N N
27 20 19 200 25 16.5
S25S-SDZC
&
11-32A
N N
32 25 24 250 26 19
Carbide
E10N-SDZCR07-14A
N
14 10 9 160
10.5
16 9.5 8.7
3.3
5° 0.4 Ye s
Fig.5
SB-2545TR
F T- 8
E12Q-SDZCR07-16A
N
16 12 11 180
12.5
20
10.5
9.7
SB-2560TR
E16X-SDZCR07-20A
N
20
16 15 220
17.5
22
11.7
E16X-SDZCR11-23A
N
23 13
15
14.5
6.1 SB-4065TR F T- 15
E20S-SDZCR11-27A
N
27 20 19 250 17 25 16.5
Fig.1 Fig.2
Fig.3
Fig.4
Fig.5
l
Right-hand shown
30°
3°
A-SDZC-AE A16Q-SDZCRL07-20AE F31 fig
φD
H
L5
L2
F
3˚
L1
L4
φA
3˚
Straight hole (φd)
θ
30°
3°
30˚
3˚
φ
D
H
S
L2
L5
F
3˚
θ
L4
3˚
20
L1
φA
inner hole dia. (
φ
3) for A20R-SDZC
&
11-20AE
inner hole dia. (
φ
2.5) for A16Q-SDZC
&
07-14AE
outer hole dia. (
φ
5)
φD
H
S
L2L5
3˚
F
φA
θ
L4
3
L1
S-SDZC-A S20R-SDZCRL11-20A F31 fig3
φD
H
S
L2
L5
F
φA
L1
3˚
L4
3˚
θ
E-SDZC-A(E16X-SDZCRL07-20A) F31 fig5
φD
H
L2
S
L5
L1
3°
F
φA
L4
3°
θ
Straight hole (
φ
d)
F44 F45
Boring
F
Boring
F
Boring Bar [JC
££
Insert]
Screw Clamp
N
: Std. Item
¢
C···SJZC
Carbide Shank Bar (Back Boring)
Max. Overhang Length L/D=~7
¢
C···SJLC
Carbide Shank Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~7
* When using Right-hand Toolholder, use Right-hand insert if machining from back to front in this direction (
"
).
Use Left-hand insert if machining from front to back in this direction (
).
l Applicable Inserts
l
Features of C
···
SJLC
1. Specially designed for minimized bore dia.
2. A relief angle of 15°ensures high exibility of the tool pass during necking.
3. Retaining front relief angle 5° and good surface roughness during internal facing.
l
Features of C
···
SJZC
1. Back boring bars for workpiece that require high concentric circle accuracy and when a change of chuck is not possible.
2. Available for back boring and necking.
3. Despite the small size of minimum boring dia. as ϕ6.5, the edge gap is retained as large as 1.8 mm.
Applications
Finishing
Finishing / Precision
Ref. to Page
B62 B62
I n se r t
T o o l h o l d e r D e scr i p t i o n
&-F &-FSF
...
-SJLC&03-
...
JCGT0301.. JCET0301..
...
-SJZC&03-
...
JCGT0301.. JCET0301..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F81
,
F83,F84
Description (Previous Description)
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw
Wrench
R L
ϕA
ϕD
H L1 L2 L3 F S
C04X-SJLC
&
03-055
SJLC
&
05504B-03W
N N
5.5
4 3.8
91 7 - 2.95 0.65
15° 0.03
SB-1635TR
F T- 6
C04X-SJZC
&
03-065
SJZC
&
06504B-03W
N N
6.5 93 4 4.8 4.0 1.8
l
Toolholder Dimensions
5˚
φD
H
L2
L1
S
F
φA
5°
θ
2°
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
5˚
H
φD
L3 L2
L1
2°
F
φA
5°
θ
S
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
F44 F45
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
N
: Std. Item
Applications
Finishing-Medium
Ref. to Page B64
I n se r t
T o o l h o l d e r D e scr i p t i o n
HQ
...-STLC
&
09-...
TCMT0902..
...-STLC
&
11-...
TCMT1102..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F82
~
F84
Dynamic Bar [TC
££
Insert]
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D
H L1 L2 L3 L4 F S
Excellent Bar
A08X-STLC
&
09-10AE
N N
10 8 7
120
16 22 16 5 0.5 14°
0.4 Ye s Fig.1
SB-2250TR F T- 7
A10L-STLC
&
09-12AE
N N
12 10 9
140
20 26 20 6.2 0.9 12°
A10L-STLC
&
11-12AE
N N
SB-2560TR F T- 8
A12M-STLC
&
11-14AE
N N
14 12 11
150
24 30 25 7.2
0.7
10°
A16Q-STLC
&
11-18AE
N N
18 16 15
180
30 39 31 9.2 8°
A20R-STLC
&
11-22AE
N N
22 20 19
200
36 44 36
11.2
6°
Steel
S08X-STLC
&
09-10A
N N
10 8 7
120
16 22 16 5 0.5 14°
0.4 No Fig.2
SB-2250TR F T- 7
S10L-STLC
&
09-12A
N N
12 10 9
140
20 26 20 6.2 0.9 12°
S10L-STLC
&
11-12A
N N
SB-2560TR F T- 8
S12M-STLC
&
11-14A
N N
14 12 11
150
24 30 25 7.2
0.7
10°
S16Q-STLC
&
11-18A
N N
18 16 15
180
30 39 31 9.2 8°
S20R-STLC
&
11-22A
N N
22 20 19
200
36 44 36
11.2
6°
¢
A-STLC-AE
Excellent Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~5.5
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ8 ϕ2.5
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5
ϕ20
l
Right-hand shown
H
L1
F
L2
L4
L3
5°
S
φA
φD
0˚
Straight hole (
φ
d)
θ
Fig.1
5˚
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-STLC-A
Steel Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~4
l
Right-hand shown
5˚
H
F
5°
S
φA
φD
L4
θ
L1
L2
L3
0˚
Fig.2
l
Toolholder Dimensions
l
Applicable Inserts
Screw Clamp
F46 F47
Boring
F
Boring
F
5˚
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ8 ϕ2.5
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5ϕ20
ϕ25
Shank Dia.
ϕD
Straight hole Dia.
ϕd
ϕ8
ϕ3
ϕ10
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Dynamic Bar [TB
££
, TP
££
Insert]
5˚
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-STLB(P)-A
Steel Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~4
l
Right-hand shown
Fig.1 Fig.2
L1
F
L2
L1
H
F
H
θ
5˚
5˚
θ
S
S
φA
φA
φD
φD
L4
L4
L3
L2
0˚
5˚
Fig.3 Fig.4
l
Applicable Inserts
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Medium
Low Feed / Precision Soft Steel / Finishing
Ref. to Page B64, B67 B67 B67 B64 B67 B64, B68 B69 B69 B69 B67
Insert
Toolholder Description
CF PP GP DP HQ
& &-FSF &-H
F&-USF XP
...-STLB
&
06-...
TBGT0601.. – – TBMT0601.. – TBGT0601.. – – – –
...-STLP
&
08-...
TPGT0802.. – – – – TPGH0802.. TPET0802.. – TPET0802.. –
...-STLP
&
09-...
TPGT0902.. TPMT0902.. TPMT0902.. – TPMT0902.. TPGH0902.. – – – TPMT0902..
...-STLP
&
11-...
– TPMT1103.. TPMT1103.. – TPMT1103.. TPGH1103.. TPET1103.. TPGH1103.. TPET1103.. TPMT1103..
...-STLP
&
16-...
– – TPMT1603.. – TPMT1603.. TPGH1603.. – TPGH1603.. – TPMT1603..
Applications
Soft Steel / Finishing-Medium
Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page B68 B64, B70 C26~C28 C16
Insert
Toolholder Description
XQ
Without Chipbreaker
PCD CBN
...-STLB
&
06-...
– TBGW0601..
TBMT0601..
TBGW0601..
–
...-STLP
&
08-...
– TPGB0802..
TPMH0802..
TPGB0802..
TPGB0802..
...-STLP
&
09-...
– TPGB0902..
TPMH0902..
TPGB0902..
TPGB0902..
...-STLP
&
11-...
TPMT1103.. TPGB1103..
TPMH1103..
TPGB1103..
TPGB1103..
...-STLP
&
16-...
TPMT1603.. TPGB1603..
TPMH1603..
TPGB1603..
TPGB1603..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F82
~
F84
Fig.5 Fig.6
C-STLB-A C06J-STLBR06-08A
F32 fig5
H
L2
φD
φA
F
5˚
L1
L4
S
0˚
θ
E-STLB-A E16X-STLPR11-18A
F32 fig6
H
L2
φD
φ
F
5˚
L3
L1
L4
Straight hole (φ
d)
5˚
S
θ
Screw Clamp
¢
A / S-STLB(P)-AE
Excellent Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
¢
E(C)-STLB(P)-A
Carbide Shank Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~7
l
Right-hand shown
L1
F
L2
L4
L4
L3
L1
H
F
L2
H
θ
5˚
5˚
θ
S
S
φA
φA
φ
D
φD
0˚
5˚
Straight hole (φd)
5°
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
F46 F47
Boring
F
Boring
F
Screw Clamp
N
: Std. Item
l
Toolholder Dimensions
Description
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw Wrench
R L
ϕ
A
ϕ
D
H L1 L2 L3 L4 F S
Excellent Bar
S06H-STLB
&
06-08AE
N N
8 6 5
100
12 - 12 3.8 0.5
12°
0.2 No Fig.1 SB-2035TR
F T- 6
A08X-STLP&08-10AE
N N
10 8 7
120
16 22 16 5 0.5
10°
0.4 Ye s Fig.2
SB-1TR
A08X-STLP
&
09-10AE
N N
SB-2545TR F T- 8
A10L-STLP
&
09-12AE
N N
12 10 9
140
20
25
20
6.2 0.9
8°
A10L-STLP
&
11-12AE
N N
26 6 0.7
10°
SB-3060TR F T- 10
A12M-STLP
&
11-14AE
N N
14
12 11
150
24 30 24
7.2 0.8
7°
A12M-STLP
&
09-16AE
N N
16 8 0.6
5°
SB-2545TR F T- 8
A16Q-STLP
&
11-18AE
N N
18 16 15
180
30 36 30 9.2
0.7
3.5°
SB-3060TR F T- 10
A20R-STLP
&
11-22AE
N N
22
20 19
200
36 46 37
11.2
2°
A20R-STLP
&
16-25AE
N N
25 13
0°
SB-4065TR F T- 15
A25S-STLP
&
16-27AE
N N
27 25 24
250
46 55 46
13.7
Steel
S06H-STLB
&
06-08A
N N
8 6 5
100
12 - 12 3.8 0.5
12°
0.2
No
Fig.3 SB-2035TR
F T- 6
S08X-STLP&08-10A
N N
10 8 7
120
16 22 16 5 0.5
10°
0.4 Fig.4
SB-1TR
S08X-STLP
&
09-10A
N N
SB-2545TR F T- 8
S10L-STLP
&
09-12A
N N
12 10 9
140
20
25
20
6.2 0.9
8°
S10L-STLP
&
11-12A
N N
26 6 0.7
10°
SB-3060TR F T- 10
S12M-STLP
&
11-14A
N N
14
12 11
150
24 30 24
7.2 0.8
7°
S12M-STLP&09-16A
N N
16 8 0.6 5° SB-2545TR F T- 8
S16Q-STLP
&
11-18A
N N
18 16 15
180
30 36 30 9.2
0.7
3.5°
SB-3060TR F T- 10
S20R-STLP
&
11-22A
N N
22 20 19
200
36 46 37
11.2
2°
S25S-STLP
&
16-27A
N N
27 25 24
250
46 55 46
13.7
0°
SB-4065TR F T- 15
Carbide
C06J-STLB
&
06-08A
N N
8 6 5.4
110
12 - 12 3.8 0.5
12°
0.2 No Fig.5 SB-2035TR
F T- 6
E08L-STLP&
08-10A
N N
10 8 7
140
16 15 15 5 0.5
10°
0.4 Ye s Fig.6
SB-1TR
E08L-STLP
&
09-10A
N N
SB-2545TR F T- 8
E10N-STLP
&
09-12A
N N
12 10 9
160
20 19 19
6.2 0.9
8°
E10N-STLPR
09-12A-2/3
N
105
E10N-STLPR
09-12A-1/2
N
80
E10N-STLP
&
11-12A
N N
160
6 0.7
10°
SB-3060TR F T- 10
E10N-STLPR
11-12A-2/3
N
105
E10N-STLPR
11-12A-1/2
N
80
E12Q-STLP
&
11-14A
N N
14
12 11
180
23 22 22
7.2 0.8
7°
E12Q-STLPR
11-14A-2/3
N
120
E12Q-STLPR
11-14A-1/2
N
90
E12Q-STLP&
09-16A
N N
16
180
8 0.6
5°
SB-2545TR F T- 8
E12Q-STLPR
09-16A-2/3
N
120
E12Q-STLPR
09-16A-1/2
N
90
E16X-STLP
&
11-18A
N N
18 16 15
220
28 27 27 9.2
0.7
3.5°
SB-3060TR F T- 10
E16X-STLPR
11-18A-2/3
N
145
E16X-STLPR
11-18A-1/2
N
110
E20S-STLP
&
11-22A
N N
22
20 19
250
32 31 31
11.2
2°
E20S-STLPR
11-22A-2/3
N
165
E20S-STLPR
11-22A-1/2
N
125
E20S-STLP&
16-25A
N N
25
250
13
0°
SB-4065TR F T- 15
E20S-STLPR
16-25A-2/3
N
165
E20S-STLPR
16-25A-1/2
N
125
E25T-STLP
&
16-27A
N N
27 25 24
300
38 37 37
13.7
E25T-STLPR
16-27A-2/3
N
200
N E
W
N E
W
N E
W
N E
W
N E
W
N E
W
N E
W
N E
W
F48 F49
Boring
F
Boring
F
L3
S
0°
0°
IA
This toolholder is also available for threading
.
L2
F
L1
H
I
D
Left-hand Insert for Right-hand Toolholder.
N
: Std. Item
60˚
¢
S···STWP
Steel Bar (Copying)
Max. Overhang Length L/D=~3
l
Right-hand shown
L3
S
0°
0°
IA
L2
F
L1
H
I
D
This toolholder is also available for threading.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
60˚
¢
S···STWP-E
Excellent Bar (Copying)
Max. Overhang Length L/D=~5
l
Right-hand shown
l
Toolholder Dimensions
l
Applicable Inserts
Applications
Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Medium
Low Feed / Precision Soft Steel / Finishing
Soft Steel / Finishing-Medium
Ref. to Page
B67 B67 B67 B68 B69 B69 B69 B67 B68
I n se r t
T o o l h o l d e r D e scr i p t i o n
PP GP HQ
& &-FSF &-H
F&-USF XP XQ
S10M-STWP&11-12(E)
- - -
TPGH1102..
- - - - -
...-STWP&11-16~25(E)
TPMT1103.. TPMT1103.. TPMT1103.. TPGH1103.. TPET1103.. TPGH1103.. TPET1103.. TPMT1103.. TPMT1103..
...-STWP&16-... -
TPMT1603..
TPMT1603.. TPGH1603..
-
TPGH1603..
-
TPMT1603.. TPMT1603..
Applications
Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page
B70 C26~C28 C16
I n se r t
T o o l h o l d e r D e scr i p t i o n
Without Chipbreaker
PCD CBN
S10M-STWP&11-12(E)
TPGB1102..
- -
...-STWP&11-16~25(E)
TPGB1103..
TPMH1103..
TPGB1103..
TPGB1103..
...-STWP&16-...
TPGB1603..
TPMH1603..
TPGB1603..
TPGB1603..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F82
~
F84
Description
(Previous
Description)
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D H L1 L2 L3 F S
S10M -STWP
&
11 -12E
-
N N
12 10 9.2 150 23
5.5
6 1.0
0° 0.1
SB-3STR
F T- 10
S12M-STWP
&
11 -16E
N N
16 12 11 150 30 8 1.5
S16R -STWP
&
11 -20E
N N
20 16 15 200 35 10 2.0
SB-3TR
S20X -STWP
&
11 -25E
N N
25 20 19 220 40 12.5 2.5
S20X -STWP
&
16 -25E
N N
25 20 19 220 40
7.7
14
4.0 0° 0.8 SB-4TR F T- 1 5
S25X -STWP
&
16 -32E
N N
32 25 23 270 42 16.5
S10M -STWPR11 -12
SITR 1210-11
N
12 10 9.2 150 23
5.5
6 1.0
0° 0.1
SB-3STR
F T- 10
S12M-STWPR11 -16
SITR
1612-11
N
16 12 11 150 30 8 1.5
S16Q -STWPR11 -20
2016-11
N
20 16 15 180 35 10 2.0
SB-3TR
S20R -STWPR11 -25
2520-11
N
25 20 19 200 40 12.5 2.5
( J31)
(
J31)
Boring Bar [TB
££
, TP
££
Insert]
Screw Clamp
F48 F49
Boring
F
Boring
F
Applications
Minute ap
Finishing
Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Low Feed / Precision Soft Steel / Finishing
Cast Iron
Ref. to Page B64, B67 B67 B67 B64 B67 B64, B68 B69 B69 B67 B64, B70
I n se r t
T o o l h o l d e r D e scr i p t i o n
CF
PP
GP DP HQ
& &-FSF
F&-USF XP
Without Chipbreaker
...-STXB&06-...
TBGT0601..
-
- TBMT0601.. - TBGT0601.. - - - TBGW0601..
...-STXP&08-...
TPGT0802..
-
- - - TPGH0802.. TPET0802.. TPET0802.. - TPGB0802..
...-STXP&09-...
TPGT0902.. TPMT0902.. TPMT0902.. - TPMT0902.. TPGH0902.. - - TPMT0902.. TPGB0902..
...-STZB&06-...
TBGT0601..
-
- TBMT0601.. - TBGT0601.. - - - TBGW0601..
Applications
Non-ferrous Metals
Hard Materials
Ref. to Page C26, C27 C16
I n se r t
T o o l h o l d e r D e scr i p t i o n
PCD CBN
...-STXB&06-...
TBMT0601.. -
...-STXP&08-...
TPMH0802..
TPGB0802..
TPGB0802..
...-STXP&09-...
TPMH0902..
TPGB0902..
TPGB0902..
...-STZB&06-...
TBMT0601.. -
Recommended Cutting Conditions F91
~
F92
Applicable Sleeve
F81
~
F84
Description
(Previous
Description)
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D H L1 L2 L3 F S
C06J-STXB&06 -075
STXB&
07506B-06W
N N
7.5 6 5.4 110 11 0.5 3.75
0.5
10° 0.03
SB-1STR
F T- 6
C08X-STXP&08 -09
STXP&
09008B-08W
N N
9.0 8 7.0 143 14
0.6
4.6 SB-1TR
C10X-STXP&09 -11
11010B-09W
N N
11.0 10 9.0 164 17 5.6 SB-2TR F T- 8
C06J-STZB&06 -085
STZB&
08506B-06W
N N
8.5 6 5.4 110 5 5.7 5.1 2.0 SB-1STR F T- 6
N
: Std. Item
¢
C···STXP(B)
Carbide Shank Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~7
¢
C···STZB
Carbide Shank Bar (Back Boring)
Max. Overhang Length L/D=~7
l
Applicable Inserts
* When using Right-hand Toolholder, use Right-hand insert if machining from back to front in this direction (
"
).
Use Left-hand insert if machining from front to back in this direction (
).
l
Toolholder Dimensions
C···STXP(B) Type Boring Bar Cutting Conditions
(Workpiece Material: Alloy Steel)
Toolholder Description Insert Description (Grades)
V c ( m /m i n ) a p ( m m ) f ( m m /r e v)
Coolant
C06J-STXB&06-075 TBGT0601003
L
/R (PR930)
30~100 0.02~0.1 0.02~0.04 Ye s
C08X-STXP&08-09 TPGH080201
L
/R (PR930)
30~100 0.05~0.15 0.03~0.08 Ye s
C10X -STXP&09-11 TPGH090201
L
/R (PR930)
30~100 0.05~0.15 0.03~0.08 Ye s
Screw Clamp
20˚
20°
φD
H
L2
L1
L3
F
φA
θ
α
S
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
5˚
φD
L3 L2
L1
F
φA
S
θ
5°
0°
H
l
Right-hand shown Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
C···STXB
&
type···α=0°
C···STXP
&
type···α=5°
F50 F51
Boring
F
Boring
F
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ12
ϕ4
ϕ16
ϕ20
ϕ5
ϕ25
ϕ32 ϕ7
ϕ40 ϕ9
Dynamic Bar [VB
££
, VC
££
, VP
££
Insert]
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-SVJP(C)(B)-A
Steel Bar(Internal Spherical Machining / Internal Facing / Copying)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
A-SVJP(C)(B)-AE
Excellent Bar (Internal Spherical Machining / Internal Facing / Copying)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
Fig.1 Fig.2
Fig.3 Fig.4
S-SVJB-A S32S-SVJBL16-40A F36fig4
φD
H
L3
F
52°
φA
3°
L4
θ
L2
* No shim for SVJP(C)
&
08 / SVJB
&
11.
* No shim for SVJP(C)
&
08 / SVJB
&
11.
S-SVJB-A F36
52°
52°
A-SVJB-AE (A20R-SVJBRL11-25AE) F36 fig1
φD
H
L3
L2
F
L1
φA
52°
Straight hole (φd)
L4
5°
θ
S20R-SVJB-A S20R-SVJBL11-25A F36fig3
φD
H
L2
L3
L1
52°
φA
L4
5°
F
θ
A-SVJB-AEA32S-SVJBRL16-40AE F36fig2
φD
H
L3
F
52°
L1
L4
5°
φA
L2
θ
Straight hole (φd)
Screw Clamp
For applications, ref. to page F51
For applications, ref. to page F51
Description
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕD
H L1 L2 L3 L4 F S
Excellent Bar
A12M-SVJP&08-16AE
N N
16 12 11 150 26 33
21
2
-
5°
0.2
Ye s
Fig.1
SB-2050TR
F T- 6
A12M-SVJC&08-16AE
N N
20
0.4
A16Q-SVJC&08-20AE
N N
20 16 15 180 36 43 22
A20R-SVJB&11-25AE
N N
25 20 19 200
37.5
48 30
SB-2570TR
F T- 8
A25S-SVJB&11-30AE
N N
30 25 24
250
45 58 33
3.5
A32S-SVJB&16-40AE
N N
40 32 31 60 74 45 8°
Fig.2
SB-40125TRN
F T- 1 5
A40T-SVJB&16-50AE
N N
50 40 39 300 75 91 49 4.5 7°
Steel
S12M-SVJP&08-16A
N N
16 12 11 150 26 33
21
2
-
5°
0.2
No
Fig.3
SB-2050TR
F T- 6
S12M-SVJC&08-16A
N N
20
0.4
S16Q-SVJC&08-20A
N N
20 16 15 180 36 43 22
S20R-SVJB&11-25A
N N
25 20 19 200
37.5
48 30
SB-2570TR
F T- 8
S25S-SVJB&11-30A
N N
30 25 24
250
45 58 33
3.5
S32S-SVJB&16-40A
N N
40 32 31 60 74 45 8°
Fig.4
SB-40125TRN
F T- 1 5
S40T-SVJB&16-50A
N N
50 40 39 300 75 91 49 4.5 7°
l
Toolholder Dimensions
Applications
Finishing Finishing Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Low Feed / Precision
Non-ferrous Metals Non-ferrous Metals
Ref. to Page B76 B73,B75 B73,B75 B73 B73,B75 B74 B73,B77 B77 B75 B75
I n se r t
T o o l h o l d e r D e s c r i p t i o n
CK VF PP GP HQ
&-F &-FSF
F&-USF
AH
&-A3
...-SVJP&08-...
VPGT0802.. - - - - - VPET0802.. VPET0802.. - -
...-SVJC&08-...
- VCMT0802.. VCMT0802.. - VCMT0802.. - - - - -
...-SVJB&11-...
- VBMT1103.. VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. - - -
...-SVJB&16-...
- VBMT1604.. VBMT1604.. VBMT1604.. VBMT1604.. - - - VCGT1604.. VCGT1604..
Applications
Non-ferrous Metals
Hard Materials
Ref. to Page C28 C17
I n se r t
T o o l h o l d e r D e s c r i p t i o n
PCD CBN
...-SVJP&08-...
- -
...-SVJC&08-...
VCMT0802.. VCGW0802..
...-SVJB&11-...
VBMT1103.. VBGW1103..
...-SVJB&16-...
VBMT1604.. VBGW1604..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F82
~
F84
l
Applicable Inserts
N
: Std. Item
Description
Spare Parts
Shim Shim Screw
Wrench (for Shim Screw)
£32S-SVJB&16-40A£
SVN-32N SS-4N LW-4
£40T-SVJB&16-50A£
* See P24 for spare parts of old products.
l
Spare Parts
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
* Use of VBGT1103..-Y / VBGT1604..-Y with
A-SVJB-AE / S-SVJB-A is not recommended.
F50 F51
Boring
F
Boring
F
¢ Application of
£···SVJB(C)-£, S···SVJP-£
Ref. to Page for Toolholders F50
2. Machining method
Case with No Existing Hole Finishing
Case with Drilled Hole
1. Application Range
40T-SVJB 16-50
VB
1604 type
VB
1103 type
VC (P)
0802 type
32S-SVJB
16-40
25S-SVJB
11-30
20R-SVJB
11-25
16Q-SVJC
08-20
12M-SVJC
08-16
12M-SVJP 08-16
I 50
I 40
I 30
I 25
I 20
I 16
L2
L2
I A
R (A/2)
3. Caution
Poor finish
This type of machining is possible,
but the chips might scratch the surface.
For internal profiling, ap should be
less than the value of Corner-R (rH).
I16 Spherical Machining
(Corner-R (rH)=0.4mm)
R8
R7.6
Fix the insert edge
at the center of the workpiece.
Adjust the machining program to
radius minus the value of Corner-R (rH
).
ap
Less than Corner-R (rH)
[Burrs may occur, if ap is bigger than Corner-R (rH)]
When machining past the center of the workpiece,
insert may break.
Application of Internal Spherical Machining , Internal Facing , Copying
(Note) f shall be under 0.05mm/rev at internal facing.
d=0.5mm
(Corner-R (rH)=0.4mm)
d=0.5mm
(Corner-R (rH)=0.4mm)
Spherical
Machining
Internal Facing
Spherical
Machining
Drilled Hole
Internal Facing
(Note) f shall be under 0.05mm/rev at internal facing.
Spherical Machining
Internal Facing
(2)
(1)
Machining Process
(1) Finish the internal face rst.
(2) Next, nish the internal diameter.
F52 F53
Boring
F
Boring
F
Description
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L ϕA ϕ
D
H L1 L2 L3 L4 F S
Excellent Bar
A10L-SVPC&08-14AE
N N
14 10 9 140 24
-
21 8.5 3
8°
0.4
Yes
Fig.1
SB-2050TR
F T- 6
A12M-SVPB&11-18AE
N N
18 12 11 150 29 26 11 4.5
SB-2570TR
F T- 8A16Q-SVPB&11-22AE
N N
22 16 15 180 35 33
13.5
5
5°
A20R-SVPB&11-26AE
N N
26 20 19 200 41 39
15.5
A25S-SVPB&16-31AE
N N
31 25 24
250
51 49 18 13°
Fig.2
SB-40125TRN
F T- 1 5
A32S-SVPB&16-40AE
N N
40 32 31 54 53 23 6.5 9°
Steel
S10L-SVPC&08-14A
N N
14 10 9 140 24
-
21 8.5 3
8°
0.4
No
Fig.3
SB-2050TR
F T- 6
S12M-SVPB&11-18A
N N
18 12 11 150 29 26 11 4.5
SB-2570TR
F T- 8S16Q-SVPB&11-22A
N N
22 16 15 180 35 33
13.5
5
5°
S20R-SVPB&11-26A
N N
26 20 19 200 41 39
15.5
S25S-SVPB&16-31A
N N
31 25 24
250
51 49 18 13°
Fig.4
SB-40125TRN
F T- 1 5
S32S-SVPB&16-40A
N N
40 32 31 54 53 23 6.5 9°
Carbide
E10N-SVPCR 08-14A
N
14 10 9 160 20
-
18.5
8.5 3
8°
0.4
Yes
Fig.5
SB-2050TR
F T- 6
E12Q-SVPBR 11-18A
N
18 12 11 180 23 22 11 4.5
SB-2570TR
F T- 8E16X-SVPBR 11-22A
N
22 16 15 220 28 27
13.5
5
5°
E20S-SVPBR 11-26A
N
26 20 19 250 32 31
15.5
E25T-SVPBR 16-31A
N
31 25 24 300 38 37 18 13°
Fig.6
SB-40125TRN
F T- 1 5
l
Toolholder Dimensions
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5
ϕ20
ϕ25
ϕ32
Dynamic Bar [VB
££
, VC
££
Insert]
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-SVPC(B)-A
Steel Bar (Copying / Undercutting)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
A-SVPC(B)-AE
Excellent Bar (Copying / Undercutting)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
¢
E-SVPC(B)-A
Carbide Shank Bar (Copying / Undercutting)
Max. Overhang Length L/D=~7
Fig.1 Fig.2
Fig.3 Fig.4
Fig.5 Fig.6
S-SVPC-A(S10L-SVPCR08-14A F36fig7
φD
H
S
L2
L1
F
φA
θ
L4
27.5°
5°
S-SVPB-A S25S-SVPBR16-31A F36fig8
φD
H
S
L2
F
φA
27.5°
θ
L4
5°
L1
l
Right-hand shown
* No shim for SVPC
&
08 / SVPB
&
11.
* No shim for SVPC
&
08 / SVPB
&
11.
* No shim for SVPC
&
08 / SVPB
&
11.
E-SVPB-A F36
27.5°
A-SVPC-AE F36
27.5°
S-SVPC-A F36
27.5°
Screw Clamp
N
: Std. Item
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
A-SVPC-AE A10L-SVPCR08-14AE
F36
φD
Straight hole (φd)
L2
S
27.5°
φA
F
L1
L4
5°
θ
A-SVPB-AE A25S-SVPBR16-31AE
F36fig6
H
φD
Straight hole (φd)
L2
F
S
27.5°
L1
L4
5°
φA
θ
E-SVPB-A E16X-SVPBR11-22A F36fig9
φD
H
S
L2
L1
27.5°
F
φA
L4
5°
Straight hole (φd)
θ
E-SVPB-A E25T-SVPBR16-31A F36fig10
φD
H
S
L1
F
27.5°
L2
L4
φA
5°
Straight hole (φd)
θ
F52 F53
Boring
F
Boring
F
Screw Clamp
Description
Spare Parts
Shim Shim Screw
Wrench (for Shim Screw)
£25£-SVPB&16-31A£
SVN-32N SS-4N LW-4
£32S-SVPB&16-40A£
l
Spare Parts
Applications
Finishing Finishing Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Finishing-Medium
Low Feed / Precision
Non-ferrous Metals
Ref. to Page - B73, B75 B73, B75 B73 B73, B75 B74 B73, B77 B74 - B75
Insert
Toolholder Description
CK VF PP GP HQ
&-F &-FSF &-Y
F&-USF
AH
...-SVPC&08-...
- VCMT0802.. VCMT0802.. - VCMT0802.. - - - - -
...-SVPB&11-...
- VBMT1103.. VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103.. - -
...-SVPB&16-...
- VBMT1604.. VBMT1604.. VBMT1604.. VBMT1604.. - - VBGT1604.. - VCGT1604..
Applications
Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B75 C28 C17
Insert
Toolholder Description
&-A3
PCD CBN
...-SVPC&08-...
- VCMT0802.. VCGW0802..
...-SVPB&11-...
- VBMT1103.. VBGW1103..
...-SVPB&16-...
VCGT1604.. VBMT1604.. VBGW1604..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F82
~
F84
l
Applicable Inserts
* See P24 for spare parts of old products.
F54 F55
Boring
F
Boring
F
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ12
ϕ4
ϕ16
ϕ20
ϕ6
ϕ25
Shank Dia.
ϕ
D
Outer
hole dia.
Straight hole
Dia.
ϕd
ϕ12 ϕ4
-ϕ16
ϕ5
ϕ20
ϕ25
- ϕ5
ϕ32
Shank Dia.
ϕ
D
Outer
hole dia.
Straight hole
Dia.
ϕd
ϕ12 ϕ4
-ϕ16
ϕ5
ϕ20
ϕ25
- ϕ5
ϕ32
Dynamic Bar [VB
££
, VC
££
Insert]
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-SVUC(B)-A
Steel Bar (Copying)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
A-SVZC(B)-AE
Excellent Bar (Back Boring)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
¢
A-SVUC(B)-AE
Excellent Bar (Copying)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
E-SVUC(B)-A
Carbide Shank Bar (Copying)
Max. Overhang Length L/D=~7
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
¢
S-SVZC(B)-A
Steel Bar (Back Boring)
Max. Overhang Length L/D=~4
l
Right-hand shown
Fig.1 Fig.2
Fig.3 Fig.4
A-SVUB-AE A20R-SVUBR11-25AE
F38fig1
H
φD
Outer hole dia.
L1
3°
L4
θ
S
L2
20
φA
0°
Inner hole dia. (
φ
3) of A12M-SVUC&08-16AE
Inner hole dia. (
φ
3) of A16Q-SVUB&11-20AE
Inner hole dia. (
φ
3) for A20R-SVUB&11-25AE
Straight hole dia. (
φ
5) of A32S-SVUB&16-40AE
A-SVUB-AE A25S-SVUBR16-34AE
F38 fig2
H
φD
L2
S
F
φA
L1
3°
Straight hole (φd)
θ
L4
0°
S-SVUC-A S12M-SVUCR08-16A
F38fig3
φD
L2
L1
3°
θ
L4
S
φA
F
0°
S-SVUB-A S25S-SVUBR16-34A
F38 fig4
H
φD
L2
S
F
3°
φA
θ
L4
L1
0°
E-SVUB-A E16X-SVUBR11-25A
F38 fig
φD
H
S
L1
F
3°
L2
θ
φA
Straight hole (φd)
L4
0°
0˚
A-SVZB-AE(A16Q-SVZBRL11-20AE) F38 fig6
φD
F
H
S
L2
L5
3˚
20
L1
L4
θ
φ
Outer hole dia.
Inner hole dia. (φ3) of A12M-SVZC
&
08-16AE
Inner hole dia. (φ3) of A16Q-SVZB
&11-20AE
Inner hole dia. (φ3) for A20R-SVZB
&11-25AE
Straight hole dia. (φ5) of A32S-SVZB
&16-40AE
A-SVZB-AE A25S-SVZBRL16-34AE F38 fig7
φD
H
S
3°
L2
L5
L1
F
φA
Straight hole (φd)
L4
θ
0°
S-SVZB-A S16Q-SVZBRL11-20A F38 fig8
H
S
L2
L1
F
θ
φA
φD
L5
0°
3°
S-SVZC-A(S25S-SVZBRL16-34A) F38 fig9
φD
H
S
L2
L5
3°
L1
F
φA
L4
0°
θ
* No shim for SVZC
&
08 / SVZB
&
11
l
Right-hand shown
* No shim for SVZC
&
08 / SVZB
&
11
A-SVUB-AE F38
38°
3°
3°
S-SVUC-A F38
38°
3°
E-SVUB-A F38
38°
A-SVZB-AE F38
3°
50°
S-SVZB-AF38
3°
50°
Screw Clamp
Fig.6 Fig.7
Fig.5
Fig.8 Fig.9
* No shim for SVUC
&
08 / SVUB
&
11.
* No shim for SVUC
&
08 / SVUB
&
11.
* Shim is attached only for SVUBR16
F54 F55
Boring
F
Boring
F
Screw Clamp
N
: Std. Item
Description
Spare Parts
Shim Shim Screw
Wrench (for Shim Screw)
£25£-SVUB&16-34A£
SVN-32N SS-4N LW-4
£32S-SVUB&16-40A£
£25S-SVZB&16-34A£
£32S-SVZB&16-40A£
l
Toolholder Dimensions
l
Spare Parts
l
Applicable Inserts
Description
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw Wrench
R L
ϕ
A
ϕD
H L1 L2 L4 L5 F S
Excellent Bar
A12M-SVUC&08-16AE
N N
16 12 11
150
25.5
23
-
11.5
5.5
8°
0.4
Ye s
Fig.1
SB-2050TR F T- 6
A16Q-SVUB&11-20AE
N N
20 16 15
180
32.5
27 16
8 SB-2570TR F T- 8
A20R-SVUB&11-25AE
N N
25 20 19
200
40.5
31 18
7°
A25S-SVUB&16-34AE
N N
34 25 24
250
40 37
20.5
8.5
13°
Fig.2
SB-40125TRN
F T- 1 5
A32S-SVUB&16-40AE
N N
40 32 31 84 47 28 12
9°
Fig.1
Steel
S12M-SVUC&08-16A
N N
16 12 11
150
25.5
23
-
11.5
5.5
8°
0.4
No
Fig.3
SB-2050TR F T- 6
S16Q-SVUB&11-20A
N N
20 16 15
180
32.5
27 16
8 SB-2570TR F T- 8
S20R-SVUB&11-25A
N N
25 20 19
200
40.5
31 18
7°
S25S-SVUB&16-34A
N N
34 25 24
250
40 37
20.5
8.5
13°
Fig.4
SB-40125TRN
F T- 1 5
S32S-SVUB&16-40A
N N
40 32 31 84 47 28 12
9°
Fig.3
Carbide
E12Q-SVUCR08-18A
N
18 12 11
180
23 22
-
11.5
5.5
8°
0.4
Ye s
Fig.5
SB-2050TR F T- 6
E16X-SVUBR11-25A
N
25 16 15
220
28 27 16
8 SB-2570TR F T- 8
E20S-SVUBR11-29A
N
29 20 19
250
32 30 18
7°
E25T-SVUBR16-34A
N
34 25 24
300
38 37 21 8.5
13°
SB-40125TRN
F T- 1 5
Excellent Bar
A12M-SVZC&08-16AE
N N
16 12 11
150
25.5
14 7.5
11.5
5.5
8°
0.4
Ye s
Fig.6
SB-2050TR F T- 6
A16Q-SVZB&11-20AE
N N
20 16 15
180
32.5
20
10
16
8 SB-2570TR F T- 8
A20R-SVZB&11-25AE
N N
25 20 19
200
40.5
23 18
7°
A25S-SVZB&16-34AE
N N
34 25 24
250
30 34
17.5
20.5
8.5
13°
Fig.7
SB-40125TRN
F T- 1 5
A32S-SVZB&16-40AE
N N
40 32 31
72.5
36 28 12
9°
Fig.6
Steel
S12M-SVZC&08-16A
N N
16 12 11
150
25.5
14 7.5
11.5
5.5
8°
0.4
No
Fig.8
SB-2050TR F T- 6
S16Q-SVZB&11-20A
N N
20 16 15
180
32.5
20
10
16
8 SB-2570TR F T- 8
S20R-SVZB&11-25A
N N
25 20 19
200
40.5
23 18
7°
S25S-SVZB&16-34A
N N
34 25 24
250
30 34
17.5
20.5
8.5
13°
Fig.9
SB-40125TRN
F T- 1 5
S32S-SVZB&16-40A
N N
40 32 31
72.5
36 28 12
9°
Fig.8
Applications
Finishing Finishing Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Finishing-Medium
Low Feed / Precision
Non-ferrous Metals
Ref. to Page
- B73, B75 B73, B75 B73 B73, B75 B74 B73 B74 - B75
Insert
Toolholder Description
CK VF PP GP HQ
&-F &-FSF &-Y
F&-USF AH
...-SVUC&08-...
- VCMT0802.. VCMT0802.. - VCMT0802.. - - - - -
...-SVUB&11-...
- VBMT1103.. VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103.. - -
...-SVUB&16-...
- VBMT1604.. VBMT1604.. VBMT1604.. VBMT1604.. - - VBGT1604.. - VCGT1604..
...-SVZC&08-...
- VCMT0802.. VCMT0802.. - VCMT0802.. - - - - -
...-SVZB&11-...
- VBMT1103.. VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103.. - -
...-SVZB&16-...
- VBMT1604.. VBMT1604.. VBMT1604.. VBMT1604.. - - VBGT1604.. - VCGT1604..
Applications
Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B75 C28 C17
Insert
Toolholder Description
&-A3
PCD CBN
...-SVUC&08-...
- VCMT0802.. VCGW0802..
...-SVUB&11-...
- VBMT1103.. VBGW1103..
...-SVUB&16-...
VCGT1604.. VBMT1604.. VBGW1604..
...-SVZC&08-...
- VCMT0802.. VCGW0802..
...-SVZB&11-...
- VBMT1103.. VBGW1103..
...-SVZB&16-...
VCGT1604.. VBMT1604.. VBGW1604..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F82
~
F84
* See P24 for spare parts of old products.
F56 F57
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
S-SWUB-AE S10H-SWUBR08-08AE
F
3°
F40 fig1
θ
φ
H
L2
φD
L4
L1
0°
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ8 ϕ2.5
ϕ10 ϕ3
ϕ12 ϕ4
ϕ16
ϕ5
ϕ20
Shank Dia.
ϕ
D
Straight hole Dia.
ϕd
ϕ5
-ϕ6
ϕ7
ϕ8
ϕ3
ϕ10
ϕ12
ϕ4
ϕ16
ϕ20 ϕ6
Dynamic Bar [WB
££
, WP
££
Insert]
¢
S / A-SWUB(P)-AE
Excellent Bar (Boring)
Max. Overhang Length L/D=~5.5
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-SWUB(P)-A
Steel Bar (Boring)
Max. Overhang Length L/D=~4
l
Right-hand shown
¢
E(C)-SWUB(P)-A
Carbide Shank Bar (Boring)
Max. Overhang Length L/D=~7
l
Right-hand shown
Fig.1 Fig.2
Fig.3
Fig.5
Fig.6
A-SWUP-AE A16Q-SWUPR16-18AE
L2
3°
F40fig2
θ
φA
F
H
L3
L4
L1
φ
Straight hole(φd)
5°
0° for A08X-SWUB&08-10AE, A10L-SWUB&08-12AE
C-SWUB-A C06J-SWUBR06-07A
F40fig5
φD
H
L2
F
φA
L1
θ
L4
3°
0°
3°
3°
3°
E-SWUP-A E16X-SWUPR11-18A
F40fig6
φD
H
L2
F
φA
L1
3°
L3
L4
θ
Straight hole (
φ
d)
5°
0° for E08L-SWUB&08-10A,E10N-SWUB&08-12A,
E10N-SWUB&08-12A-2/3, E10N-SWUB&08-12A-1/2
S-SWUB-A S10H-SWUBR06-06A
L2
F
3°
F40fig3
θ
H
φ
A
φD
L1
L4
0°
S-SWUP-A S16Q-SWUPR11-18A
L2
F
3°
F40fig4
θ
φA
L3
H
φ
L4
5°
0° for S08X-SWUB&08-10A, S10L-SWUB&08-12A
L1
Fig.4
Screw Clamp
F56 F57
Boring
F
Boring
F
Screw Clamp
N
: Std. Item
l
Applicable Inserts
Description
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R (r
ε
)
Coolant Hole
Drawing
Spare Parts
Clamp Screw
Wrench
R L
ϕ
A
ϕ
D
H L1 L2 L3 L4 F S
Excellent Bar
S10H-SWUB
&
06-06AE
N N
6
10 9 100
21
-
13 3
-
15°
0.2
No
Fig.1
SB-2035TR
F T- 6
S10H-SWUB
&
06-07AE
N N
7 25
15
3.5 13°
S10H-SWUB
&
08-08AE
N N
8 28 4 15°
A08X-SWUB
&
08-10AE
N N
10 8 7 120 16 21 16 5 13°
Ye s
Fig.2
SB-2050TR
A10L-SWUB
&
08-12AE
N N
12 10 9 140 20 25 20 6 10°
A12M-SWUP
&
11-14AE
N N
14 12 11 150 24 30 24 7 4°
0.4 SB-2545TR F T- 8
A16Q-SWUP
&
11-18AE
N N
18 16 15 180 30 37 30 9
1°
A16Q-SWUP
&
16-18AE
N N
3.5°
0.8 SB-4065TR F T- 15
A20R-SWUP
&
16-22AE
N N
22 20 19 200 36 46 37 11 2°
Steel
S10H-SWUB
&
06-06A
N N
6
10 9 100
21
-
13 3
-
15°
0.2
No
Fig.3
SB-2035TR
F T- 6
S10H-SWUB
&
06-07A
N N
7 25
15
3.5 13°
S10H-SWUB
&
08-08A
N N
8 28 4 15°
S08X-SWUB
&
08-10A
N N
10 8 7 120 16 21 16 5 13°
Fig.4
SB-2050TR
S10L-SWUB
&
08-12A
N N
12 10 9 140 20 25 20 6 10°
S12M-SWUP
&
11-14A
N N
14 12 11 150 24 30 24 7 4°
0.4 SB-2545TR F T- 8
S16Q-SWUP
&
11-18A
N N
18 16 15 180 30 37 30 9
1°
S16Q-SWUP
&
16-18A
N N
3.5°
0.8 SB-4065TR F T- 15
S20R-SWUP
&
16-22A
N N
22 20 19 200 36 46 37 11 2°
Carbide
C05H-SWUB
&
06-06A
N N
6 5 4.4 100 11
-
11 3
-
15°
0.2
No
Fig.5
SB-2035TR
F T- 6
C06J-SWUB
&
06-07A
N N
7 6 5.4 110 12 12 3.5 13°
C07K-SWUB
&
08-08A
N N
8 7 6.4 125 13 13 4 15°
E08L-SWUB
&
08-10A
N N
10 8 7 140 16 15 15 5 13°
Ye s
Fig.6
SB-2050TR
E10N-SWUB
&
08-12A
N N
12 10 9
160
20 19 19 6 10°
E10N-SWUBR
08-12A-2/3
N
105
E10N-SWUBR
08-12A-1/2
N
80
E12Q-SWUP
&
11-14A
N N
14 12 11
180
23 22 22 7 4°
0.4 SB-2545TR F T- 8
E12Q-SWUPR
11-14A-2/3
N
120
E12Q-SWUPR
11-14A-1/2
N
90
E16X-SWUP
&
11-18A
N N
18 16 15
220
28 27 27 9
1°
E16X-SWUPR
11-18A-2/3
N
145
E16X-SWUPR
11-18A-1/2
N
110
E16X-SWUP
&
16-18A
N N
220
3.5°
0.8 SB-4065TR F T- 15
E16X-SWUPR
16-18A-2/3
N
145
E16X-SWUPR
16-18A-1/2
N
110
E20S-SWUP
&
16-22A
N N
22 20 19
250
32 31 31 11 2°
E20S-SWUPR
16-22A-2/3
N
165
E20S-SWUPR
16-22A-1/2
N
125
l
Toolholder Dimensions
Applications
Minute ap Finishing Finishing
Finishing-Medium
Finishing
Finishing-Medium
Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page B78 B79 B78 B79 B78 B79 B78, B79 C28, C29 C18
I n se r t
T o o l h o l d e r D e s c r i p t i o n
CF GP
&-DP
HQ
&-F &-Y
Without Chipbreaker
PCD CBN
...-SWUB&06-...
WBGT0601.. -
WBMT0601..
-
WBGT0601..
- WBGW0601..
WBMT0601..
WBGW0601..
...-SWUB&08-...
- -
WBMT0802..
-
WBGT0802..
- WBGW0802..
WBMT0802..
WBGW0802..
...-SWUP&11-...
-
WPMT1102..
-
WPMT1102..
-
WPGT1102..
WPGW1102..
WPMT1102..
-
...-SWUP&16-...
-
WPMT1603..
-
WPMT1603..
-
WPGT1603..
WPGW1603.. - -
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F81
~
F84
F58 F59
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder.
IA
S
L2
F
75˚
L1
H
ID
θ
75˚
Boring Bar [SP
££
Insert]
Screw Clamp / Top Clamp
N
: Std. Item
S
IA
5˚
L2
F
75˚
L1
H
ID
θ
75˚
l
Applicable Inserts
¢
S-SSKP
(Boring)
Max. Overhang Length L/D=~3
l
Applicable Inserts
l
Toolholder Dimensions
l
Toolholder Dimensions
¢
S-CSKP
(Boring)
Max. Overhang Length L/D=~3
Left-hand Insert for Right-hand Toolholder.
Description
(Previous
Description)
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
ϕA ϕD
H L1 L2 F S
S16Q-SSKP
R
09
-20
SSKPR
2016B-09
N
20 16 14 180 30 10 2.0 -3°
0.8 SB-4TR F T- 15
S20R
-SSKP
R
09
-25
2520B-09
N
25 20 18 200 35 12.5 2.5 0°
Applications
Finishing
Ref. to Page
B63
I n se r t
T o o l h o l d e r D e s c r i p t i o n
&
...
-SSKP&09
...
SPGH0903..
Description
(Previous
Description)
Std.
Min. Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Set
Wrench Shim
Shim Screw
R L
ϕA ϕ
D
H L1 L2 F S
S16N -CSKPR09 -20
CSKPR
2016B-09
N
20 16 14
160
40 10 2.0
0° 0.8 CPS-2 FH-2.5 - - -
S20Q -CSKPR09 -27
2720B-09
N
27 20 18
180
45
13.5
3.5
S25X -CSKPR12 -34 3425B-12
N
34 25 23
220
60 17 4.5
0° 0.8 CPS-3 - LW-3
- -
S32S -CSKPR12 -43 4332B-12
N
43 32 30
250
75
21.5
5.5 KPS-42 SP3X10
Applications
Medium Medium
Finishing-Medium
Cast Iron Cast Iron
Non-ferrous Metals
Ref. to Page
B63 B63 B63 B63 B93 C29
I n se r t
T o o l h o l d e r D e s c r i p t i o n
G Standard
&
Without Chipbreaker
Ceramic PCD
...
-CSKPR09
...
SPMR0903.. SPMR0903.. SPGR0903..
SPMN0903..
SPGN0903..
SPGN0903.. -
...
-CSKPR12
...
SPMR1203.. SPMR1203.. SPGR1203..
SPMN1203..
SPGN1203..
SPGN1203.. SPGN1203..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F83
~
F84
l
Right-hand shown
l
Right-hand shown
F58 F59
Boring
F
Boring
F
Applications
Finishing
Finishing-Medium
Medium Medium Finishing
Finishing-Medium
Cast Iron Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page
B71 B71 B71 B71 B71 B72 B72 B93 C29 C18
I n se r t
T o o l h o l d e r D e s c r i p t i o n
GP HQ G Standard
&-F &-
£
Without Chipbreaker
Ceramic PCD CBN
...
-CTUPR09-
...
- -
TPMR0902..
-
TPGR0902..
-
TPGN0902..
- - -
...
-CTUP&11-
...
TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103..
-
TPGR1103..
TPMN1103..
TPGN1103..
TPGN1103.. TPGN1103.. TPGN1103..
...
-CTUP&16-
...
TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603..
-
TPGR1603..
TPMN1603..
TPGN1603..
TPGN1603.. TPGN1603.. TPGN1603..
Recommended Cutting Conditions F91
~
F92
Applicable Sleeves
F82
~
F84
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Set Wrench Shim
Shim Screw
R L
ϕA ϕD
H L1 L2 F S
S12L -CTUPR 09-16
CTUP&
1612B-09
N
16 12 11 140 32 8 0.5 0° 0.4 CPS-1 - FH-2 - - -
S16N-CTUP& 11-20
2016B-11
N N
20 16 14 160 30 10 0.5
0° 0.4 - CPS-2 FH-2.5 - - -
S20Q-CTUP& 11-27
2720B-11
N N
27 20 18 180 40
13.5
1.3
S25X-CTUP& 16-34
3425B-16
N N
34 25 23 220 60 17
1.0 0° 0.8 - CPS-3 - LW-3
- -
S32S-CTUP& 16-43
4332B-16
N N
43 32 30 250 70
21.5
KPT-32
SP3X10
S40X-CTUP& 16-50
5040B-16
N N
50 40 37 315 80 25
Boring Bar [TP
££
Insert]
Top Clamp
N
: Std. Item
F
S
5˚
L2
IA
3˚
ID
L1
H
θ
¢
S-CTUP
(Boring)
Max. Overhang Length L/D=~3
l
Applicable Inserts
l
Toolholder Dimensions
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
3˚
F60 F61
Boring
F
Boring
F
Boring Toolholders for Bearing Machining (Square Shank)
Screw Clamp / Top Clamp
¢
SRCP-B
(Boring)
¢
CBSN-B
(Internal Round Chamfering)
Insert Description
Dimension (mm)
Angle
(˚)
A T ϕd α
RPMT 1203M0-BB
1604M0-BB
12.0
16.0
3.18
4.76
4.4
5.5
11°
T
A
I
d
α
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
Spare Parts
Applicable Inserts
B83
Clamp Screw Wrench
R L
ϕA
H1 h B L1 L2 F1
SRCP&
2020B-12-A20
N N
20 20 15.5 20 125 25 22 SB-4TR F T- 15 - RPMT1203M0-BB
2525B-16-A32
N N
32 25 20 25 150 31 27 SB-5090TR - LTW-20 RPMT1604M0-BB
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Spare Parts
Applicable Inserts
B83
Clamp Set Wrench
R L
ϕA
H1 h B L1 L2 F1
CBSN
&
2020B-12-A20
N N
20
20 21 20 125
32
20
9°
CP-RC
&
LW-5 SNMF1204¡¡-21
2525B-12-A20
N N
25 26 25 150 25
· Clamp Set: CP-RCR for Right-hand Toolholder, and CP-RCL for Left-hand Toolholder.
l
Applicable Inserts
I
A
h
F1
L2
L1
H1 B
l
Right-hand shown
Insert Description
Dimension (mm)
Angle
(˚)
A T B rε θ
SNMF 120406-21
120410-21
120416-21
120421-21
120426-21
12.70
4.76
1.5
3.0
3.1
3.2
3.3
0.6
1.0
1.6
2.1
2.6
21°
A
T
B
θ˚
rH
θ˚
B
l
Applicable Inserts
12˚
30˚
L2
θ
F1
B
L1
I
A
h
H1
l
Right-hand shown
N
: Std. Item
F60 F61
Boring
F
Boring
F
AD Bars Interchangeable Head Boring Bars
with Anti-vibration Dampener System
¢
Identification System for Interchangeable Heads
NR12 40CLP
32
HA
---
FL
90
°
95
°
95
°
93
°
α
D
L
T
L
C
L
Type of Head
Applicable Adapter Diameter
Cutting Edge Angle Insert Relief Angle Insert Size
Insert Shape Hand of ToolClamping System Min. Bore Dia.Interchangeable Head
C : 80˚ Rhombic
D : 55˚ Rhombic
T : Triangle
R: Right-hand
L : Left-hand
(Lever Lock)
Steel head
with coolant hole
A
U
LF
C: 7˚ Positive
N: 0˚ Negative
S : Screw Clamp
P : Pin Lock
¢
HA···PCLN12
(Boring / Internal Facing, with Coolant Hole)
5˚
Locating Pin
θ
IA
F
ID
L1
5°
Coolant Hole
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Boring Adapter
F64
Lever
Lock
Screw
Shim Shim Pin *Punch Wrench
R L
ϕ
A
ϕ
D L1 F
HA32PCLN
&
12-40
N N
40 32
41
22
10˚ 0.8 LL-2K LS-2P LC-4K LSP-3K *PC-2K LTP-15
AD32U
HA40PCLN
&
12-50
N N
50 40 27
AD40V
HA50PCLN
&
12-63
N N
63 50 35
AD50W
* Punch (*PC-2K): Not included. Purchase separately.
l
Applicable Inserts
Toolholder
Description
Insert Description
Ref. to Page
Cermet / Coated Carbide
/ Carbide
Ceramic PCD CBN
HA32PCLN
&
12-40
CN
£
A
1204.. B14~B20 B86 C23 C6,C7
HA40PCLN
&
12-50 CN
£
G
HA50PCLN
&
12-63
CN
£
M
Recommended Cutting Conditions F91
~
F92
N
: Std. Item
F62 F63
Boring
F
Boring
F
AD Bars Interchangeable Head Boring Bars
with Anti-vibration Dampener System
¢
HA···PDUN15
(Copying, with Coolant Hole)
3˚
30˚
Locating Pin
3˚
θ
IA
F
S
ID
L1
Coolant Hole
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Boring Adapter
F64
Lever
Lock
Screw
Shim Shim Pin *Punch Wrench
R L
ϕ
A
ϕ
D L1 F S
HA32PDUN
&
15-43
N N
43 32
41
25 9 12˚
0.8 LL-3K LS-3P
LD-4K43
(LD-4K)
LSP-3K *PC-2K LTP-15
AD32U
HA40PDUN
&
15-50
N N
50 40 27 7
10˚
AD40V
HA50PDUN
&
15-63
N N
63 50 35 10
AD50W
* Punch (*PC-2K): Not included. Purchase separately.
* Shim: LD-4K43 is attached to Toolholder. When using DN
££
1506 Insert, purchase LD-4K separately.
l
Applicable Inserts
Toolholder
Description
Insert Description Ref. to Page
Shim: LD-4K43 Shim: LD-4K
Cermet / Coated Carbide
/ Carbide
Ceramic PCD CBN
HA32PDUN
&
15-43
DN
£
A
1504..
DN
£
A
1506.. B21~B27 B87 C23 C8,C9
HA40PDUN
&
15-50 DN
£
G DN
£
G
HA50PDUN
&
15-63
DN
£
M DN
£
M
Recommended Cutting Conditions
F91
~
F92
¢
HA···PTFN16
(Internal, with Coolant Hole)
90˚
90˚
θ
IA
F
ID
L1
Locating Pin
Coolant Hole
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Boring Adapter
F64
Lever
Lock
Screw
Shim Shim Pin *Punch Wrench
R L
ϕ
A
ϕ
D L1 F
HA32PTFN
&
16-40
N N
40 32
41
22
10˚
0.8 LL-1K LS-1P LT-3K LSP-2K *PC-2K LTP-10
AD32U
HA40PTFN
&
16-50
N N
50 40 27
AD40V
HA50PTFN
&
16-63
N N
63 50 35 8˚
AD50W
* Punch (*PC-2K): Not included. Purchase separately.
l
Applicable Inserts
Toolholder
Description
Insert Description
Ref. to Page
Cermet / Coated Carbide
/ Carbide
Ceramic PCD CBN
HA32PTFN
&
16-40
TN
£
A
1604.. B33~B38 B91 C23 C11
HA40PTFN
&
16-50 TN
£
G
HA50PTFN
&
16-63
TN
£
M
N
: Std. Item
¢
Reference
Wrenches (LTP-10, LTP-15) are Torx Plus.
The size of Torx Plus is engraved on the long shaft.
Wrench
Description
LTP-10 LTP-15
Engraved
Size
10IP 15IP
Recommended
Cutting Conditions
F91
~
F92
F62 F63
Boring
F
Boring
F
¢
HA···SCLC09
(Boring / Internal Facing, with Coolant Hole)
5˚
Locating Pin
5˚
θ
IA
ID
L1
Coolant Hole
F
l
Right-hand shown Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Boring Adapter
F64
Applicable
Inserts
Clamp Screw Wrench
R L
ϕ
A
ϕ
D L1 F S
HA32SCLC
&
09-40
N N
40 32 25 22 - 3˚ 0.8
SB-3580TR FTS-15 AD32U CC..09T3..
¢
HA···SDUC11
(Copying, with Coolant Hole)
3˚
30˚
Locating Pin
3˚
θ
IA
F
ID
L1
S
Coolant Hole
l
Right-hand shown Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Boring Adapter
F64
Applicable
Inserts
Clamp Screw Wrench
R L
ϕ
A
ϕ
D L1 F S
HA32SDUC
&
11-40
N N
40 32 25 22 6 3˚ 0.8
SB-3580TR FTS-15 AD32U DC..11T3..
¢
Possible machining area
(Guide-Line for Overhang Length of AD Bars)
(SCM435 Vc=150m/min ap=0.5~3mm f=0.1~0.3mm/rev TNMG160408)
3.0
2.0
1.0
0
0.1 0.2 0.3
f (mm/rev)
L/D=6
ap (mm)
l
Applicable Inserts
Insert Description
Ref. to Page
Cermet / Coated Carbide
/ Carbide
PCD CBN
DC..11T3.. B55~B61 C25 C15
l
Applicable Inserts
Insert Description
Ref. to Page
Cermet / Coated Carbide
/ Carbide
PCD CBN
CC..09T3.. B48~B53
C24
C14
N
: Std. Item
Recommended Cutting Conditions F91
~
F92
Recommended Cutting Conditions
F91
~
F92
F64 F65
Boring
F
Boring
F
¢
Boring Adapter
(with Coolant Hole / Anti-Vibration Dampener System)
L1
ID1
L2
L3 (MIN.)
B
H
G
Coolant Hole (2 holes)
Locating Pin Hole
Special dampener system made from heavy metal
l
Dimensions
Description Std.
Dimension (mm)
Spare Parts
Clamp Bolt Wrench
ϕD1
H B L1 L2
L3
(MIN.)
G
AD 32U
N
32 31 29 310 200 200
Rp3/8
HH5×20
(3 pcs)
HH5×30
(1 pcs)
LW-4
AD 40V
N
40 39 37 360 248 228
AD 50W
N
50 47 47 410 280 276
HH6×20
(3 pcs)
HH6×30
(1 pcs)
LW-5
Note) L3 (MIN.) dimension indicates the minimum length in case of the back end of boring adapter is cut for use.
Do not shorten it to less than L3 (MIN.).
¢
How to exchange heads
1. No head attached 2. Align hole positions 3. Tighten 3 bolts to attach the head
For lever lock type Interchangeable
head, use 2 short bolts for upper
side and 1 long bolt for lower side.
HA32 SCLC
&
09-40 and
HA32 SDUC
&
11-40
use HH5 X 20 for all 3 bolts.
N
: Std. Item
¢
Combination of Boring Adapter and Interchangeable Head
Interchangeable Head
Description
Boring Adapter
Base
Description
Clamp Bolt Wrench
HA32
PCLN
&
12-40
AD32U
HH5×20 HH5×30
LW-4
PDUN
&
15-43
PTFN
&
16-40
SCLC
&
09-40
HH5×20
SDUC
&
11-40
HA40
PCLN
&
12-50
AD40V HH5×20 HH5×30PDUN
&
15-50
PTFN
&
16-50
HA50
PCLN
&
12-63
AD50W HH6×20 HH6×30 LW-5
PDUN
&
15-63
PTFN
&
16-63
AD Bars Interchangeable Head Boring Bars
with Anti-vibration Dampener System
F64 F65
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
Boring Bar [CN
££
Negative Insert]
Double Clamp
¢
A-DCLN
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Spring Shim
Shim
Screw
Nozzle Wrench
Wrench
(sold separately)
R L
ϕ
A
ϕ
D
H L1 L2 F S
A25R-DCLN&12 -32
N N
32 25
23 200 42 17
-
11°
0.8
CP-3D CS-3D SP-3D DC-42
SB-
4085TR
DN10
LW-3 FT-15
A32S -DCLN&12 -40
N N
40 32 30 250 50 22
-
11°
A40T -DCLN&12 -50
N N
50 40 37 300 60 27
-
11° DN20
*When using inserts whose corner-R(rε) is greater than 1.6mm, it will be necessary additional modifications of the shim in order to prevent workpiece and shim from interfering each other.
*Not applicable to high-pressure coolant.
l
Toolholder Dimensions
l
Applicable Inserts
Applications
Finishing
Finishing-Medium
Finishing Finishing
Finishing-Medium Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing
Ref. to Page B14 B14 B14 B14 B14 B14 B14 B14 B15 B15
Insert
Toolholder Description
WP
(Wiper)
WQ
(Wiper)
PP GP PQ HQ CQ CJ GS PG
...-DCLN&12-...
CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
Applications
Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing
Single Sided / Roughing / High Feed Rate
Medium
Soft Steel / Finishing Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing
Ref. to Page B15 B15 B16 B17 B20 B17 B17 B17 B18 B18
Insert
Toolholder Description
PS PT
Standard
PX
&
XP
XQ XS MQ MS
...-DCLN&12-...
CNMG1204.. CNMG1204.. CNMG1204.. CNMM1204.. CNGG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
Applications
Stainless Steel / Medium-Roughing
Cast Iron Cast Iron Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B18 B19 B19 B19 B19 B86 B19 B19
C23
C6,C7
Insert
Toolholder Description
MU C ZS GC
Without Chipbreaker
Ceramic
AH
&-A3
PCD
CBN
...-DCLN&12-...
CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
CNMA1204..
CNGA1204..
CNMA1204..
CNGA1204..
CN_G1204.. CNGG1204.. CNMM1204.. CNGA1204..
Recommended Cutting Conditions F91
~
F92
N
: Std. Item
5°
5°
F
L1
5˚
φA
6˚
θ
L2
H
Rc 1/8
φD
for Clamp for Shim
F66 F67
Boring
F
Boring
F
Boring Bar [CN
££
Negative Insert]
Lever Lock
N
: Std. Item
Left-hand Insert for Right-hand Toolholder,
Right-hand Insert for Left-hand Toolholder.
F
6˚
θ
IA
L2
L1
5
˚
H
ID
5˚
5˚
¢
S-PCLN
¡¡
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
l
Right-hand shown
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim Shim Pin Punch Wrench
R L ϕA ϕD H L1 L2 F
LSP
P
LW
FH
S16M
-PCLN&09
-20
PCLN
&
2016B-09
N N
20 16 15 150 34 11 16°
0.8
LL-03SN LS-03SN
-
P-03S
-
FH-2.5
S20Q
-PCLN&09
-27
PCLN
&
2720B-09
N N
27 20 19 180 37 14.2 17°
LL-1N LS-1SN LC-32N LSP-1 PC-1
S25R
-PCLN&09
-32
3225B-09
N N
32 25 24 200 42 15.7 15°
S25R
-PCLN&12
-32 -
N N
32 25 24 200 42 16.3 16°
0.8 LL-2N LS-2N
LC-42N&
LSP-2 PC-2 LW-3
S32S
-PCLN&12 -40
PCLN
&
4032B-12
N N
40 32 30 250 50 21
10°
S40T
-PCLN&12 -50
5040B-12
N N
50 40 37 300 60 25
A16M
-PCLN&09
-20
PCLN
&
2016B-09H
N
20 16 15 150 34 11 16°
0.8
LL-03SN LS-03SN
-
P-03S
-
FH-2.5
A20Q
-PCLN&09
-27
PCLN
&
2720B-09H
N
27 20 19 180 37 14.2 17°
LL-1N LS-1SN LC-32N LSP-1 PC-1
A25R
-PCLN&09
-32
3225B-09H
N
32 25 24 200 42 15.7 15°
· LC-42NR for Right-hand Toolholder, LC-42NL for Left-hand Toolholder.
l
Toolholder Dimensions
Toolholder Description
Applicable Coolant Sleeve Applicable Coolant Joint
A16M-PCLN&09-20
SHC1640-70, SHC1650-95
SJS-8
A20Q-PCLN&09-27
SHC2040-70, SHC2050-95
A25R-PCLN&09-32
SHC2540-70, SHC2550-95
· For Coolant Sleeve, Coolant Joint, ref. to page
F83~F84.
l
Applicable Coolant Sleeve / Joint
Left-hand Insert for Right-hand Toolholder.
6˚
F
θ
IA
L2
L1
5
˚
H
I
D
5˚
5˚
¢
A-PCLN09
Max. Overhang Length L/D=~3
l
Right-hand shown
(Boring / Internal Facing, with Coolant Hole)
Twin-Hole Bar
l
Applicable Inserts
Applications
Finishing
Finishing-Medium
Finishing Finishing
Finishing-Medium Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing
Ref. to Page B14 B14 B14 B14 B14 B14 B14 B14 B15 B15
Insert
Toolholder Description
WP (Wiper) WQ (Wiper) PP GP PQ HQ CQ CJ GS PG
...-PCLN&09-...
- - - CNMG0904.. - CNMG0904.. - - CNMG0904.. -
...-PCLN&12-...
CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
Applications
Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing
Single Sided / Roughing / High Feed Rate
Finishing
Medium
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Ref. to Page B15 B15 B15 B16 B17 B20 B20 B17 B17 B17
Insert
Toolholder Description
PS HS PT
Standard
PX
&-S &
XP
XQ XS
...-PCLN&09-...
- - - - - CNGG0904.. CNGG0904.. - - -
...-PCLN&12-...
CNMG1204..
CNMG1204.. CNMG1204.. CNMG1204.. CNMM1204.. - CNGG1204.. CNMG1204.. CNMG1204.. CNMG1204..
Applications
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Cast Iron Cast Iron
Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals
Ref. to Page B18 B18 B18 B19 B19 B19 B19 B86 B19 B19
Insert
Toolholder Description
MQ MS
MU C ZS GC
Without Chipbreaker
Ceramic
AH
&-A3
...-PCLN&09-...
- - - - - - - - - -
...-PCLN&12-...
CNMG1204.. CNMG1204.. CNMG1204.. CNMG1204..
CNMG1204.. CNMG1204..
CNMA1204..
CNGA1204..
CNMA1204..
CNGA1204..
CN_G1204.. CNGG1204..
Applications
Non-ferrous Metals
Hard Materials
Ref. to Page C23 C6,C7
Insert
Toolholder Description
PCD
CBN
...-PCLN&09-...
- -
...-PCLN&12-...
CNMM1204.. CNGA1204..
Recommended Cutting Conditions F91
~
F92
1(:
F66 F67
Boring
F
Boring
F
θ
6˚
F
IA
L2 H
L1
ID
S
3˚
Boring Bar [DN11 Small Negative Insert]
Lever Lock
N
: Std. Item
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
27˚
¢
S-PDUN11
(Copying)
Max. Overhang Length L/D=~3
l
Right-hand shown
6˚
IA
θ
F
L1
H
I
D
S
L2
3˚
27˚
Left-hand Insert for Right-hand Toolholder.
¢
A-PDUN11
Twin-Hole Bar (Copying, with Coolant Hole)
Max. Overhang Length L/D=~3
l
Right-hand shown
Toolholder Description
Applicable Coolant Sleeve Applicable Coolant Joint
A20Q -PDUN
R
11-27
SHC2040-70, SHC2050-95
SJS-8
A25R -PDUN
R
11-32
SHC2540-70, SHC2550-95
A32S -PDUN
R
11-40
-
·
For Coolant Sleeve, Coolant Joint, ref. to page
F83~F84
.
l
Applicable Coolant Sleeve / Joint
Applications
Finishing
Finishing-Medium
Medium-Roughing
Finishing Medium
Ref. to Page B21 B21 B22 B27 B27
Insert
Toolholder Description
GP HQ GS
&-S &
...
-PDUN
&
11-
...
DNMG1104.. DNMG1104.. DNMG1104..
DNGG1104.. DNGG1104..
Recommended Cutting Conditions F91
~
F92
l
Applicable Inserts
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim Shim Pin Punch Wrench
R L
ϕA ϕ
D
H L1 L2 F S
S20Q -PDUN
&
11-27
PDUN&
2720B-11
N N
27 20 19
180
35 16 7.6 17°
0.4
LL-1DN LS-1SN LD-32N LSP-1 PC-1 FH-2.5
S25R -PDUN
&
11-32
3225B-11
N N
32 25 24
200
40 17 7.6 15°
S32S -PDUN
&
11-40
4032B-11
N N
40 32 31
250
45 22 8.5 12°
A20Q -PDUNR11-27
PDUNR
2720B-11H
N
27 20 19
180
35 16 7.6 17°
0.4 LL-1DN LS-1SN LD-32N LSP-1 PC-1 FH-2.5
A25R -PDUNR11-32
3225B-11H
N
32 25 24
200
40 17 7.6 15°
A32S -PDUNR11-40
4032B-11H
N
40 32 31
250
45 22 8.5 12°
F68 F69
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
Boring Bar [DN15 Negative Insert]
Double Clamp
N
: Std. Item
¢ A-DDUN (Boring / Copying)
Max. Overhang Length L/D=~3
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Spring Shim
Shim
Screw
Nozzle Wrench
Wrench
(sold separately)
R L
ϕ
A
ϕ
D H L1 L2 F S
A32S- DDUN&15-40
N N
40 32 30 250 45 22 8
12° 0.8 CP-3D CS-3D SP-3D
DD-42
*DD-42-16
SB-
4085TR
DN10
LW-3 FT-15
A40T- DDUN&15-50
N N
50 40 37 300 55 27 8.5
A50U-DDUN&15-63
N N
63 50 47 350 65 35 10.5 DN20
When using inserts whose corner-R(rε) is greater than 1.6mm, please purchase a shim (DD-42-16) with * mark and use it in order to prevent workpiece and shim from interfering each other.
*Not applicable to high-pressure coolant.
l
Toolholder Dimensions
27°
3°
3˚
φA
6˚
Rc 1/8
φD
H
L1
L2
S
θ
F
for Clamp for Shim
l
Applicable Inserts
Applications
Finishing
Finishing-Medium
Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing
Ref. to Page
B21 B21
B22 B22 B22 B22 B23 B23 B23
Insert
Toolholder Description
PP PQ CQ CJ GS PG PS PT
Standard
...
-DDUN
&
15-
...
DNMG1504.. DNMG1504..
DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504..
DNMG1504.. DNMG1504.. DNMG1504..
Applications
Roughing
Single Sided / Roughing / High Feed Rate
Medium
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Ref. to Page
B24 B24
B27 B24 B24 B24
B25 B25 B25
Insert
Toolholder Description
PH PX
&
XP XQ XS MQ MS MU
...
-DDUN
&
15-
...
DNMG1504..
DNMM1504.. DNGG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504..
Applications
Stainless Steel / Medium-Roughing
Cast Iron Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B25
B26 B26 B26 B87 B26 B26
C23
C8,C9
Insert
Toolholder Description
TK C ZS GC
Ceramic
AH
&-A3
PCD CBN
...
-DDUN
&
15-
...
DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNGA1504.. DN_G1504.. DNGG1504.. DNMM1504.. DNGA1504..
Recommended Cutting Conditions F91
~
F92
F68 F69
Boring
F
Boring
F
¢
S-PDUN15
(Copying)
Max. Overhang Length L/D=~3
¢
S-PDQN15
(Copying)
Max. Overhang Length L/D=~3
l
Toolholder Dimensions
Description
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Drawing
Applicable Inserts
R L
ϕA ϕ
D
H L1 L2 L3 L4 F S1 S2
S25R -PDUN
&
15-32
N N
32 25 24 200 40
- -
17
6.5
-
13°
0.8
Fig.1
DN£A
1504..
S32S -PDUN
&
15-44
N N
44 32 31 250 50 22
Fig.2
DN£G
S40T -PDUN
&
15-54
N N
54 40 39 300 65 27 7.5 12°
DN£M
S25R -PDQN
&
15-32
N N
32 25 24 200 40
- -
17
6.5
-
13°
0.8
Fig.3
DN£A
1504..
S32S -PDQN
&
15-44
N N
44 32 31 250 50 22
Fig.4
DN£G
S40T -PDQN
&
15-54
N N
54 40 39 300 65 27 7.5 12°
DN£M
S25R -PDZN
&
15-32
N N
32 25 24 225 40
30
25
17
6.5
13
13°
0.8
Fig.5
DN£A
1504..
S32S -PDZN
&
15-44
N N
44 32 31 275 50 22
16
Fig.6
DN£G
S40T -PDZN
&
15-54
N N
54 40 39 325 65 50 27 7.5 12°
DN£M
27°
F
IA
H
L2
L1
ID
3°
θ
6°
S1
H
S1
L1
ID
θ
6°
3°
F
IA
L2
The arrow shows clamping direction
(Please clamp from back side)
Fig.1 Fig.2
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
17.5°
H
ID
S1
L1
6°
IA
F
17.5 °
θ
L2
6°
ID
H
S1
L2
L1
17.5 °
F
IA
θ
The arrow shows clamping direction
(Please clamp from back side)
Fig.3 Fig.4
l
Right-hand shown
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
¢
S-PDZN15
(Back Boring)
Max. Overhang Length L/D=~3
27°
ID
S1
H
L3
S2
L2L4
3°
F
IA
L1
6°
θ
The arrow shows clamping direction
(Please clamp from back side)
Fig.5
6°
ID
H
S1
S2
L3
L4
L2
F
IA
3°
θ
L1
Fig.6
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
Boring Bar [DN15 Negative Insert]
Pin Lock / Lever Lock
N
: Std. Item
F70 F71
Boring
F
Boring
F
Boring Bar [DN15 Negative Insert]
Pin Lock / Lever Lock
l
Spare Parts (Common)
l
How to change S25R-PD
£
N
&
15-32 inserts
l
How to assemble spare parts
Toolholder Description
Spare Parts
Lever Lock Screw Shim Shim Pin Punch Wrench Lock Pin Shim Shim Screw
Wrench
(for Shim Screw)
S 25R - P D £N
&
15-32
- - - - -
LW-3
PP-4 PD-42
SB-2050TR
F T- 6
S 32S - P D £N
&
15-4 4
LL-3N LS-2N
LD-42
*
LD-42-20
LSP-2 PC-2 - - - -
S 4 0T - P D £N
&
15-54
· Shim When using inserts whose corner-R(r
ε
) = 1.6mm or larger for S25R-PD
£
N
&
15-32, use shim modied by additional processing to prevent interference between workpiece and shim.
When using inserts whose corner-R(r
ε
) = 1.6mm or larger for S32S-PD
£
N
&
15-44 and S40T-PD
£
N
&
15-54, purchase and use shim with * mark separately to prevent interference
between workpiece and shim.
Back side of toolholder
The arrow shows clamping
direction
Recommended torque for insert clamp
3.5N·m (for LW-3)
· Please replace S25R-PD
N
&
15-32 insert from
the back side
· S25R-PD
N
&
15-32 (Pin Lock)
Insert
Shim Screw
Shim
Lock Pin
Wrench
(Please clamp from back side)
Lock
Screw
Insert
Shim Pin
Shim
Lever
Punch
(To install Shim Pin)
· S32S-PD
N
&
15-44 (Lever Lock)
· S40T-PD
N
&
15-54 (Lever Lock)
l
Applicable Inserts
Applications
Finishing
Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing
Ref. to Page
B21 B21 B22 B22 B22 B22 B23 B23 B23
Insert
Toolholder Description
PP PQ CQ CJ GS PG PS PT
Standard
...
-PD
£
N
&
15-
...
DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504..
Applications
Roughing
Single Sided / Roughing / High Feed Rate
Medium
Soft Steel / Finishing Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Ref. to Page
B24 B24 B27 B24 B24 B24 B25 B25 B25
Insert
Toolholder Description
PH PX
&
XP XQ XS MQ MS MU
...
-PD
£
N
&
15-
...
DNMG1504.. DNMM1504.. DNGG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504..
Applications
Stainless Steel / Medium-Roughing
Cast Iron Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B25 B26 B26 B26 B87 B26 B26 C23 C8,C9
Insert
Toolholder Description
TK C ZS GC
Ceramic
AH
&-A3
PCD CBN
...
-PD
£
N
&
15-
...
DNMG1504.. DNMG1504.. DNMG1504.. DNMG1504.. DNGA1504.. DN_G1504.. DNGG1504.. DNMM1504.. DNGA1504..
Recommended Cutting Conditions F91
~
F92
F70 F71
Boring
F
Boring
F
Boring Bar [SN12 Negative Insert]
Double Clamp
Applications
Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing Roughing
Single Sided / Roughing / High Feed Rate
Ref. to Page
B29 B29 B29 B29 B29 B29 B30 B30
Insert
Toolholder Description
PG
...
DSKN
&
12
...
SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMM1204..
Applications
Finishing-Roughing
Medium-Roughing /
Low Cutting Force
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing
Cast Iron
Ref. to Page
B32 B32 B30 B30 B30 B31 B31 B31
Insert
Toolholder Description
...
DSKN
&
12
...
SNGG1204.. SNGG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204.. SNMG1204..
Applications
Cast Iron
Cast Iron Cast Iron Cast Iron
Hard Materials
Ref. to Page
B31 B31 B31 B89 C10
Insert
Toolholder Description
...
DSKN
&
12
...
SNMG1204.. SNMG1204.. SN£A1204.. SN£A1204.. SNGA1204..
Recommended Cutting Conditions
F91
~
F92
l
Applicable Inserts
PQ PS HS
PT
Standard
&-£
&-25R
XSXQXP
GC
Without Chipbreaker
C
Ceramic
CBN
MS
PH PX
MQ
ZS
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
¢
A-DSKN
(Boring)
Max. Overhang Length L/D=~3
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Spring Shim
Shim
Screw
Nozzle Wrench
Wrench
(sold separately)
R L
ϕ
A
ϕ
D H L1 L2 F S
A25R-DSKN&12-32
N N
32 25 23 200 43 17 - 11°
0.8 CP-3D CS-3D SP-3D DS-42
SB-
4085TR
DN10
LW-3 FT-15
A32S- DSKN&12-40
N N
40 32 30 250 43 22 - 11°
A40T- DSKN&12-50
N N
50 40 37 300 53 27 - 11° DN20
*Not applicable to high-pressure coolant.
l
Toolholder Dimensions
75°
75°
6°
F
φA
θ
L2
H
L1
φD
Rc 1/8
(3)
for Clamp for Shim
N
: Std. Item
F72 F73
Boring
F
Boring
F
Applications
Finishing Finishing
Finishing-Medium
Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Ref. to Page
B33 B33
B33
B33 B33 B33 B33 B33 B34 B34
Insert
Toolholder Description
PP GP PQ HQ CQ GS PG PS HS PT
...
-DTFN&16-
...
TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
...
-DTFN&22-
...
- - - -
TNMG2204..
- -
TNMG2204.. TNMG2204..
-
Applications
Medium-Roughing / High Feed Rate
Roughing Finishing
Medium-Roughing
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Ref. to Page
B34 B34 B38 B38 B35 B35 B35 B36 B36 B36
Insert
Toolholder Description
GT
Standard
&-S &-£
XP XQ XS MQ MS MU
...
-DTFN&16-
...
TNMG1604.. TNMG1604.. TNGG1604.. TNGG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
...
-DTFN&22-
...
-
TNMG2204..
-
TNGG2204..
- - - - - -
Applications
Stainless Steel / Medium-Roughing
Cast Iron Cast Iron Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B36
B37 B37
B37 B37
B91
B37 B37
C23 C11
Insert
Toolholder Description
&-ST
C ZS GC
Without Chipbreaker
Ceramic
AH
&-A3
PCD CBN
...
-DTFN&16-
...
TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
TNMA1604..
TNGA1604..
TNGA1604.. TN_G1604.. TNGG1604..
TNMM1604..
TNGA1604..
...
-DTFN&22-
...
- - - - - - - - - -
Recommended Cutting Conditions F91
~
F92
l
Applicable Inserts
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
Boring Bar [TN16 Negative Insert]
Double Clamp
¢ A-DTFN (Boring)
Max. Overhang Length L/D=~3
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Spring Shim
Shim
Screw
Nozzle Wrench
Wrench
(sold separately)
R L
ϕ
A
ϕ
D H L1 L2 F S
A25R-DTFN&16-32
N N
32 25 23 200 42 17 0.8 12°
0.8
CP-2D CS-2D SP-3D DT-32
SB-
3080TR
DN10 LW-2.5 F T- 10
A32S- DTFN&16-40
N N
40 32 30 250 50 22 1. 2 12°
A40T- DTFN&22-50
N N
50 40 37 300 60 27 1. 5 12° CP-3D CS-3D SP-3D DT-42
SB-
4085TR
DN20 LW-3 FT-15
*Not applicable to high-pressure coolant.
l
Toolholder Dimensions
1°
Rc 1/8
φD
L2
S
1°
φA
θ
F
H
L1
6°
for Clamp for Shim
N
: Std. Item
F72 F73
Boring
F
Boring
F
Applications
Finishing Finishing
Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Ref. to Page B33 B33 B33 B33 B33
B33 B33 B33
B34 B34
Insert
Toolholder Description
PP GP PQ HQ CQ GS PG PS HS PT
...
-PTUN&11-
...
-
TNMG1104..
-
TNMG1104..
-
TNMG1104..
- - - -
...
-PTUN&16-
...
TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
Applications
Medium-Roughing / High Feed Rate
Roughing Finishing
Medium-Roughing
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Ref. to Page B34 B34 B38 B38 B35 B35 B35 B36 B36 B36
Insert
Toolholder Description
GT
Standard
&-S &-£
XP XQ XS MQ MS MU
...
-PTUN&11-
...
- -
TNGG1104.. TNGG1104..
- - - - - -
...
-PTUN&16-
...
TNMG1604.. TNMG1604.. TNGG1604.. TNGG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
Applications
Stainless Steel / Medium-Roughing
Cast Iron Cast Iron
Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B36 B37 B37
B37 B37 B91 B37 B37 C23 C11
Insert
Toolholder Description
&-ST
C ZS GC
Without Chipbreaker
Ceramic
AH
&-A3
PCD CBN
...
-PTUN&11-
...
- - - - - - - - - -
...
-PTUN&16-
...
TNMG1604.. TNMG1604.. TNMG1604.. TNMG1604..
TNMA1604..
TNGA1604..
TNGA1604.. TN_G1604.. TNGG1604..
TNMM1604..
TNGA1604..
Recommended Cutting Conditions F91
~
F92
Boring Bar [TN
££
Negative Insert]
Lever Lock
6°
T
IA
L2
L1
F
S
3°
H
ID
¢
S-PTUN
¡¡
(Boring)
l
Right-hand shown Max. Overhang Length L/D=~3
Left-hand Insert for Right-hand Toolholder,
Right-hand Insert for Left-hand Toolholder.
3°
6°
IA
T
L2
F
S
L1
3°
ID
H
¢
A-PTUN11
l
Right-hand shown Max. Overhang Length L/D=~3
Left-hand Insert for Right-hand Toolholder.
3°
(Internal, with Coolant Hole)
Twin-Hole Bar
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim Shim Pin Punch Wrench
R L ϕA ϕ
D
H L1 L2 F S
LSP
P
S16M-PTUN&11-20
PTUN&
2016B-11
N N
20 16 15
150
34 11 0.3 18°
S20Q-PTUN&11-25
2520B-11
N N
25 20 19
180
37
13.2
0.2 17° 0.8
LL-03TN LS-03SN
- P-03S - FH-2.5
S25R-PTUN&11-32
3225B-11
N N
32 25 24
200
42
15.7
0.3 16°
S16M-PTUN&16-20
-
N N
20 16 15
150
34 11 1. 3 18°
0.8
LL-03SN LS-03SN
- P-03S - FH-2.5
S20Q-PTUN&16-25
N N
25 20 19
180
37
13.2
1. 3 17°
S25R-PTUN&16-30
N N
30 25 24
200
42
15.5
1.3 13°
S32S-PTUN&16-40
N N
40 32 30
250
50 22 0.7 13°
LL-1N LS-1N
LT-32N
*LT-32N-20
LSP-1 PC-1 FH-2.5
S40T-PTUN&16-50
N N
50 40 37
300
60 27 0.6 11°
A16M-PTUNR11-20
PTUNR
2016B-11H
N
20 16 15
150
34 11 0.3 18°
A20Q-PTUNR11-25
2520B-11H
N
25 20 19
180
37
13.2
0.2 17° 0.8
LL-03TN LS-03SN
- P-03S - FH-2.5
A25R-PTUNR11-32
3225B-11H
N
32 25 24
200
42
15.7
0.3 16°
· When using inserts whose corner-R(rε) = 1.6mm or larger, purchase and use shim with * mark separately to prevent interference between workpiece and shim.
l
Applicable Inserts
Toolholder Description
Applicable Coolant Sleeve Applicable Coolant Joint
A16M-PTUN&11-20
SHC1640-70, SHC1650-95
SJS-8
A20Q-PTUN&11-25
SHC2040-70, SHC2050-95
A25R-PTUN&11-32
SHC2540-70, SHC2550-95
l
Applicable Coolant Sleeve / Joint
· For Coolant Sleeve, Coolant Joint, ref. to page
F83~F84
.
N
: Std. Item
1(:
F74 F75
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder.
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Boring Bar [WN06 Small Negative Insert]
Lever Lock
N
: Std. Item
6°
T
IA
F
2
L
1
L
5°
H
ID
T
L2
6°
L1
5°
IA
F
H
I
D
5˚
¢
S-PWLN06
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
5˚
¢
A-PWLN06
Twin-Hole Bar (Boring / Internal Facing, with Coolant Hole)
Max. Overhang Length L/D=~3
l
Right-hand shown
l
Right-hand shown
l
Applicable Coolant Sleeve / Joint
Toolholder Description
Applicable Coolant Sleeve Applicable Coolant Joint
A16M-PWLNR06-20
SHC1640-70, SHC1650-95
SJS-8
A20M-PWLNR06-27
SHC2040-70, SHC2050-95
A25R-PWLNR06-32
SHC2540-70, SHC2550-95
· For Coolant Sleeve, Coolant Joint, ref. to page
F83~F84
.
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim Shim Pin Punch Wrench
R L ϕA ϕD H L1 L2 F
LSP
P
S16M -PWLN&06
-20
PWLN& 2016B-06
N N
20 16 15 150 34 11 16°
0.8
LL-03SN LS-03SN
- P-03S -
FH-2.5
S20Q -PWLN&06
-27
PWLN&
2720B-06
N N
27 20 19 180 37 14.2 17°
LL-1N LS-1SN LW-32N LSP-1 PC-1
S25R -PWLN&06
-32
3225B-06
N N
32 25 24 200 42 15.7 15°
A16M-PWLNR06
-20
PWLNR
2016B-06H
N
20 16 15 150 34 11 16°
0.8
LL-03SN LS-03SN
- P-03S -
FH-2.5
A20Q -PWLNR06
-27
PWLNR
2720B-06H
N
27 20 19 180 37 14.2 17°
LL-1N LS-1SN LW-32N LSP-1 PC-1
A25R -PWLNR06
-32
3225B-06H
N
32 25 24 200 42 15.7 15°
l
Applicable Inserts
Applications
Finishing
Finishing-Medium
Medium-Roughing
Finishing Medium
Ref. to Page
B41 B41 B42 B44 B44
Insert
Toolholder Description
GP HQ GS
&-S &
...
-PWLN&06-
...
WNMG0604.. WNMG0604.. WNMG0604.. WNGG0604.. WNGG0604..
Recommended Cutting Conditions
F91
~
F92
F74 F75
Boring
F
Boring
F
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
l
Right-hand shown
¢
A-DWLN
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Spring Shim
Shim Screw
Nozzle Wrench
Wrench
(sold separately)
R L ϕA ϕD H L1 L2 F S
A25R-DWLN&08-32
N N
32 25 23 200 50 17 - 13°
0.8 CP-3D CS-3D SP-3D DW-42
SB-
4085TR
DN10
LW-3 FT-15
A32S- DWLN&08-40
N N
40 32 30 250 50 22 - 13°
A40T- DWLN&08-50
N N
50 40 37 300 60 27 - 13° DN20
*Not applicable to high-pressure coolant.
l
Toolholder Dimensions
5˚
5˚
Rc 1/8
φD
H
L1
L2
F
φA
θ
6°
5°
for Clamp for Shim
Applications
Finishing
Finishing-Medium
Finishing
Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing
Medium - Roughing Medium - Roughing
Medium - Roughing / High Feed Rate
Roughing
Ref. to Page
B41 B41 B41 B41 B41 B41 B42 B42 B42 B42 B42
Insert
Toolholder Description
WP
(Wiper)
WQ
(Wiper)
PP PQ CQ CJ GS PG PS PT
Standard
...-DWLN&08 -...
WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804..
Applications
Soft Steel / Finishing
Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B43 B43 B43 B43 B43 B43 B44 B44 B44 C23 C13
Insert
Toolholder Description
XP XQ XS MQ MS MU
C(GC)
ZS AH PCD CBN
...-DWLN&08 -...
WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNGG0804.. WNMM0804.. WNGA0804..
Recommended Cutting Conditions
F91
~
F92
l
Applicable Inserts
N
: Std. Item
Boring Bar [WN08 Negative Insert]
Double Clamp
F76 F77
Boring
F
Boring
F
Applications
Finishing
Finishing-Medium
Finishing
Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing
Ref. to Page
B41
B41 B41 B41 B41 B41 B42 B42 B42 B42 B42
Insert
Toolholder Description
WP
(Wiper)
WQ
(Wiper)
PP PQ CQ CJ GS PG PS PT
Standard
...-PWLN&08 -...
WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804..
...-WWLN
&
08 -...
Applications
Soft Steel / Finishing Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B43 B43
B43
B43
B43 B43
B44
B44 B44 C23
C13
Insert
Toolholder Description
XP XQ XS MQ MS MU
C(GC)
ZS AH PCD CBN
...-PWLN&08 -...
WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNMG0804.. WNGG0804.. WNMM0804.. WNGA0804..
...-WWLN
&
08 -...
· In wedge lock, use of ceramic insert other than silicon nitride insert is not recommended due to strong restraint force.
Recommended Cutting Conditions
F91
~
F92
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
Boring Bar [WN08 Negative Insert]
Lever Lock / Wedge Lock
5˚
¢
S-PWLN08
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
T
L2
6°
L1
5°
I
A
F
H
I
D
l
Right-hand shown
5
5
¢
S-WWLN08-E
Excellent Bar (Boring / Internal Facing)
Max. Overhang Length L/D=~5
N
: Std. Item
l
Applicable Inserts
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim Shim Pin Punch Wrench
R L ϕA ϕD H L1 L2 F
S32S -PWLN&08 -40
-
N N
40 32 30 250 50 22
10° 0.8 LL-2N LS-2N
LW-42N&
LSP-2 PC-2 LW-3
S40T -PWLN&08 -50
N N
50 40 37 300 60 27
· Shim: LW-42NR for Right-hand Toolholder, LW-42NL for Left-hand Toolholder.
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Clamp Set
Wrench Shim Shim Pin Wrench
R L ϕA ϕD H L1 L2 F
S25S-WWLN&08 -28E
WWLN
&
2825B-08E
N N
28 25 24
250
36 14 13°
1.2
WCS-8 LW-3
WWP-42
*
WWP
-42-16
WP5X11
LW-2
S25S-WWLN&08 -34E
3425B-08E
N N
34 25 24 40 17 11°
S32S-WWLN&08 -40E
4032B-08E
N N
40 32 30 50 20 10°
· When using inserts whose corner-R(rε) = 1.6mm or larger, purchase and use shim with * mark separately to prevent interference between workpiece and shim.
6°
T
L2
F
IA
5°
I
D
5°
L1
H
l
Right-hand shown
F76 F77
Boring
F
Boring
F
N
: Std. Item
l
Applicable Inserts
Cast Iron / Hard Materials
B87
Ceramic
ENGN1307..
7.5˚
H
L1
L2
T
F
97.5°
I
A
I
D
Boring Bars for Ceramic Tools [EN
££
, SN
££
Insert]
Top Clamp
¢
S-CELN
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
l
Right-hand shown
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Chipbreaker
Clamp Set Wrench Shim
Shim Screw
R L ϕA ϕD H L1 L2 F
S40T-CELNR13-50 CELNR 5040B-13
N
50 40 37 300 32 27
12°
0.8
CB-16 CE-010 LW-4 SP-341P
M3X8
Recommended Cutting Conditions
F91
~
F92
¢
S-CSKN
(Boring)
Max. Overhang Length L/D=~3
l
Applicable Inserts
Cast Iron / Hard Materials Cast Iron Cast Iron / Hard Materials
B89
B31
C19
Ceramic Coated Carbide CBN (KBN900)
SNGN1207..(1204..)
SNMN1207..
(SNMN1204..) (SNMN1204..)
75˚
H
F
T
75°
I
A
L2
L1
I
D
l
Right-hand shown
Recommended Cutting Conditions
F91
~
F92
l
Toolholder Dimensions
Description
(Previous
Description)
Std.
Min.
Bore Dia.
Dimension (mm)
θ
Standard Corner-R(r
ε
)
Spare Parts
Chipbreaker
Clamp Set Wrench Shim
Shim Screw
R L ϕA ϕD H L1 L2 F
S40T-CSKN&12-50
CSKN& 5040B-12
N N
50 40 37 300 26 27
10.5°
0.8
CB-13/12 CE-320 LW-4
SP-141P
(SP-143P)
M3X8
(M3X12)
· Chipbreaker: CB-13 for Right-hand Toolholder, CB-12 for Left-hand Toolholder.
· Shim & Shim Screw : When using SN
££
1204 Insert, purchase spare parts in ( ) separately.
F78 F79
Boring
F
Boring
F
Cast Iron
B87
Ceramic
DNGX1207..
Boring Bars for Ceramic Tools [CNGX, DNGX, SNGX Insert]
Dimpled-clamp (Top Clamp)
N
: Std. Item
O
:
Check Availability
l
Applicable Inserts
Cast Iron
B86
Ceramic
CNGX1207..
IA
ID
T
F
95°
L2
L1
H
¢
S-CCLN-GX
(Boring / Internal Facing)
Max. Overhang Length L/D=~3
l
Right-hand shown
¢
S-CDUN-GX
(Boring / Copying)
Max. Overhang Length L/D=~3
IA
ID
T
F
S
93°
L1
H
l
Right-hand shown
l
Applicable Inserts
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Std. Corner-R(r
ε
)
Spare Parts
Recommended
Cutting
Conditions
Clamp Set Wrench Shim Shim Screw
R L ϕA ϕD H L1 L2 F
S32S- CCLN& 12-40GX
N N
40 32 30 250 32 22 14
°
1.2 CE-410 LW-4 - -
F91
~
F92
S40T- CCLN& 12-50GX
N N
50 40 37 300 32 27 12
°
1.2 CE-410 LW-4 SP-441P M3X8
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Std. Corner-R(r
ε
)
Spare Parts
Recommended
Cutting
Conditions
Clamp Set Wrench Shim Shim Screw
R L ϕA ϕD H L1 L2 F
S32S-
CDUN&
12-40GX
N O
40 32 30 250 7.5 22 14
°
1.2 CE-410 LW-4 - -
F91
~
F92
S40T-
CDUN&
12-50GX
N O
50 40 37 300 7.5 27 12
°
1.2 CE-410 LW-4 SP-521P M3X8
¢
S-CSKN-GX
(Boring)
Max. Overhang Length L/D=~3
l
Applicable Inserts
Cast Iron
B90
Ceramic
SNGX1207..
IA
ID
T
F
75°
L2
L1
H
75°
l
Right-hand shown
l
Toolholder Dimensions
Description
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Std. Corner-R(r
ε
)
Spare Parts
Recommended
Cutting
Conditions
Clamp Set Wrench Shim Shim Screw
R L ϕA ϕD H L1 L2 F
S32S-
CSKN&
12-40GX
N O
40 32 30 250 22.5 22 14
°
1.2 CE-410 LW-4 - -
F91
~
F92
S40T-
CSKN&
12-50GX
N O
50 40 37 300 22.5 27 12
°
1.2 CE-410 LW-4 SP-141P M3X8
F78 F79
Boring
F
Boring
F
N
: Std. Item
Boring Bars for CBN Tools [CNMN,TNMN Insert]
¢
S-CCLN-A
(Boring / Internal Facing)
l
Toolholder Dimensions
95˚
5°
T
L2
L1
H
I
A
F
I
D
l
Right-hand shown
l
Applicable Inserts
Hard Materials /Cast Iron
C19
CBN(KBN900)
CNMN0903..
¢
S-CTUN-A
(Boring)
l
Toolholder Dimensions
Recommended Cutting Conditions F91
~
F92
Recommended Cutting Conditions
F91
~
F92
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Std. Corner-R(r
ε
)
Spare Parts
Clamp Set Wrench Shim
Shim Screw
R L ϕA ϕD H L1 L2 F
S32S-CCLN&09-40A
CCLN
&
4032B-09A
N N
40 32 30 250 50 22 8° 0.8 CE-360S LW-4 SP-420A BH3X6
3˚
I
A
F
T
L2
L1
3°
H
I
D
l
Right-hand shown
l
Applicable Inserts
Hard Materials /Cast Iron Cast Iron / Hard Materials
C19 B91
CBN(KBN900)
Ceramic
TNMN1103.. TNGN1103..
Description
(Previous
Description)
Std.
Min.
Bore
Dia.
Dimension (mm)
θ
Std. Corner-R(r
ε
)
Spare Parts
Clamp Set Wrench Shim
Shim Screw
R L ϕA ϕD H L1 L2 F
S25X-CTUNR11-30A
CTUNR3025B-11A
N
30 25 24 220 40 15 10° 0.8 CE-360S LW-4 SP-210A BH3X6
Top Clamp
F80 F81
Boring
F
Boring
F
Sleeves for Boring Bars
¢
EZH Sleeves
Sleeve Description Applicable Inserts
Applicable
Machine
Manufacturer
EZH-CT
(Adjustable overhang length
with coolant hole)
EZH-HP
(Adjustable overhang length)
EZH-ST
Sleeve Shank
Dia.
EZB
EZG
EZFG
EZT
EZVB
EZ Bar PLUS HP
Shank
Dia.
ϕD1
(mm)
ϕ
D
(mm)
- -
EZH
01712ST-80
12
EZBR ...017...
-
-
- 1.7
(General purpose)
02012ST-80 EZBR ...020... HPB& 0202-... 2
02512ST-80 EZBR ...025... EZ__ ...025-... - 2.5
03012ST-80 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03512ST-80 EZBR ...035... EZ__ ...035-... - 3.5
04012ST-80 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
05012ST-80 EZBR ...050... EZ__ ...050-... HP__ ..05-... 5
06012ST-80 EZBR ...060... EZ__ ...060-... HP__ 0606-... 6
07012ST-80 EZBR ...070... EZ__ ...070-... HP__ ..07-... 7
-
EZH
01716HP-100
EZH
01716ST-100
16
EZBR ...017...
-
-
- 1.7
(General purpose)
02016HP-100 02016ST-100 EZBR ...020... HPB& 0202-... 2
02516HP-100 02516ST-100 EZBR ...025... EZ__ ...025-... - 2.5
03016HP-100 03016ST-100 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03516HP-100 03516ST-100 EZBR ...035... EZ__ ...035-... - 3.5
04016HP-100 04016ST-100 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
04516HP-100
-
- - _045X- ...-050EZ - 4.5
05016HP-100 05016ST-100 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06016HP-100 06016ST-100 EZBR ...060... EZ__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07016HP-100 07016ST-100 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
EZH
01719CT-120
EZH
01719HP-120
EZH
01719ST-120
19.05
EZBR ...017...
-
-
- 1.7
Citizen Machinery
02019CT-120 02019HP-120 02019ST-120 EZBR ...020... HPB& 0202-... 2
02519CT-120 02519HP-120 02519ST-120 EZBR ...025... EZ__ ...025-... - 2.5
03019CT-120 03019HP-120 03019ST-120 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03519CT-120 03519HP-120 03519ST-120 EZBR ...035... EZ__ ...035-... - 3.5
04019CT-120 04019HP-120 04019ST-120 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
-
04519HP-120
-
- - _045X- ...-050EZ - 4.5
05019CT-120 05019HP-120 05019ST-120 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06019CT-120 06019HP-120 06019ST-120 EZBR ...060... EZ__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07019CT-120 07019HP-120 07019ST-120 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
EZH
01720CT-120
EZH
01720HP-120
EZH
01720ST-120
20
EZBR ...017...
-
-
- 1.7
Amada Machine Tools
Eguro
Tsugami
Citizen Machinery
(General purpose)
02020CT-120 02020HP-120 02020ST-120 EZBR ...020... HPB& 0202-... 2
02520CT-120 02520HP-120 02520ST-120 EZBR ...025... EZ__ ...025-... - 2.5
03020CT-120 03020HP-120 03020ST-120 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03520CT-120 03520HP-120 03520ST-120 EZBR ...035... EZ__ ...035-... - 3.5
04020CT-120 04020HP-120 04020ST-120 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
-
04520HP-120 - - - _045X- ...-050EZ - 4.5
05020CT-120 05020HP-120 05020ST-120 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06020CT-120 06020HP-120 06020ST-120 EZBR
...060... E
Z__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07020CT-120 07020HP-120 07020ST-120 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
EZH
01722CT-135
EZH
01722HP-135
EZH
01722ST-135
22
EZBR ...017...
-
-
- 1.7
Star Micronics
Nomura DS
Tsugami
02022CT-135 02022HP-135 02022ST-135 EZBR ...020... HPB& 0202-... 2
02522CT-135 02522HP-135 02522ST-135 EZBR ...025... EZ__ ...025-... - 2.5
03022CT-135 03022HP-135 03022ST-135 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03522CT-135 03522HP-135 03522ST-135 EZBR ...035... EZ__ ...035-... - 3.5
04022CT-135 04022HP-135 04022ST-135 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
-
04522HP-135
-
- - _045X- ...-050EZ - 4.5
05022CT-135 05022HP-135 05022ST-135 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06022CT-135 06022HP-135 06022ST-135 EZBR ...060... EZ__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07022CT-135 07022HP-135 07022ST-135 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
EZH
01725.0CT-135
EZH
01725.0HP-135
EZH
01725.0ST-135
25
EZBR ...017...
-
-
- 1.7
Amada Machine Tools
Eguro
Tsugami
Citizen Machinery
(General purpose)
02025.0CT-135 02025.0HP-135 02025.0ST-135 EZBR ...020... HPB& 0202-... 2
02525.0CT-135 02525.0HP-135 02525.0ST-135 EZBR ...025... EZ__ ...025-... - 2.5
03025.0CT-135 03025.0HP-135 03025.0ST-135 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03525.0CT-135 03525.0HP-135 03525.0ST-135 EZBR ...035... EZ__ ...035-... - 3.5
04025.0CT-135 04025.0HP-135 04025.0ST-135 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
- 04525.0HP-135 - - - _045X- ...-050EZ - 4.5
05025.0CT-135 05025.0HP-135 05025.0ST-135 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06025.0CT-135 06025.0HP-135 06025.0ST-135 EZBR ...060... EZ__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07025.0CT-135 07025.0HP-135 07025.0ST-135 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
EZH
01725.4CT-120
EZH
01725.4HP-120
EZH
01725.4ST-120
25.4
EZBR ...017...
-
-
- 1.7
Citizen Machinery
02025.4CT-120 02025.4HP-120 02025.4ST-120 EZBR ...020... HPB& 0202-... 2
02525.4CT-120 02525.4HP-120 02525.4ST-120 EZBR ...025... EZ__ ...025-... - 2.5
03025.4CT-120 03025.4HP-120 03025.4ST-120 EZBR ...030... EZ__ ...030-... HPB& 0303-... 3
03525.4CT-120 03525.4HP-120 03525.4ST-120 EZBR ...035... EZ__ ...035-... - 3.5
04025.4CT-120 04025.4HP-120 04025.4ST-120 EZBR ...040... EZ__ ...040-... HP__ ..04-... 4
-
04525.4HP-120
-
- - _045X- ...-050EZ - 4.5
05025.4CT-120 05025.4HP-120 05025.4ST-120 EZBR ...050... EZ__ ...050-... - HP__ ..05-... 5
06025.4CT-120 06025.4HP-120 06025.4ST-120 EZBR ...060... EZ__ ...060-... _060X- ...-070EZ HP__ 0606-... 6
07025.4CT-120 07025.4HP-120 07025.4ST-120 EZBR ...070... EZ__ ...070-... - HP__ ..07-... 7
· Choose sleeves (ϕd1) to meet with ϕD dimension of bar.
· Adjustment Pin cannot be installed to EZH-ST sleeves. To adjust overhang of the bar, please use EZH-CT/HP sleeves.
F80 F81
Boring
F
Boring
F
¢
EZH Sleeves and Applicable Inserts / Toolholders
Sleeve
Shank Size
(Hole Dia.: mm)
017
(1.7mm)
020
(2mm)
025
(2.5mm)
03
(3mm)
035
(3.5mm)
EZH-CT sleeve
(Internal coolant)
EZH-HP
sleeve description
(Adjustable overhang length)
EZH
01716HP-100
EZH
02016HP-100
EZH
02516HP-100
EZH
03016HP-100
EZH
03516HP-100
01719CT/HP-120
02019CT/HP-120 02519CT/HP-120 03019CT/HP-120
03519CT/HP-120
01720CT/HP-120
02020CT/HP-120 02520CT/HP-120 03020CT/HP-120
03520CT/HP-120
01722CT/HP-135
02022CT/HP-135 02522CT/HP-135 03022CT/HP-135
03522CT/HP-135
01725.0CT/HP-135
02025.0CT/HP-135 02525.0CT/HP-135 03025.0CT/HP-135
03525.0CT/HP-135
01725.4CT/HP-120
02025.4CT/HP-120 02525.4CT/HP-120 03025.4CT/HP-120
03525.4CT/HP-120
EZH-ST sleeve
description
EZH
01712ST-80
EZH
02012ST-80
EZH
02512ST-80
EZH
03012ST-80
EZH
03512ST-80
01716ST-100 02016ST-100 02516ST-100 03016ST-100 03516ST-100
01719ST-120 02019ST-120 02519ST-120 03019ST-120 03519ST-120
01720ST-120 02020ST-120 02520ST-120 03020ST-120 03520ST-120
01722ST-135 02022ST-135 02522ST-135 03022ST-135 03522ST-135
01725.0ST-135 02025.0ST-135 02525.0ST-135 03025.0ST-135 03525.0ST-135
01725.4ST-120 02025.4ST-120 02525.4ST-120 03025.4ST-120 03525.4ST-120
EZ Bars
Boring Bars
EZBR 020020HP- EZBR 025025HP- EZBR 030030HP- EZBR 035035HP-
EZBR 020017ST- EZBR 025020ST- EZBR 030025ST- EZBR 035030ST- EZBR 040035ST-
EZBR 020017-···NB EZBR 025020-···NB EZBR 030025-···NB EZBR ···030-···NB EZBR 040035-···NB
EZVBR
035030-
Internal Grooving
EZGR 030030-
Face Grooving
Internal Threading
EZTR 030025- EZTR 035030- EZTR 040035-
EZ Bar PLUS
2-Edge
Tip-Bars
Boring Bars
HPB&0202- HPB&0303-
Internal Grooving
Face Grooving
Internal Threading
Boring Bars
Shank Size
(Hole Dia.: mm)
04
(4mm)
045
(4.5mm)
05
(5mm)
06
(6mm)
07
(7mm)
EZH-CT sleeve
(Internal coolant)
EZH-HP
sleeve description
(Adjustable overhang length)
EZH
04016HP-100
EZH
04516HP-100
EZH
05016HP-100
EZH
06016HP-100
EZH
07016HP-100
04019CT/HP-120
04519HP-120
05019CT/HP-120 06019CT/HP-120
07019CT/HP-120
04020CT/HP-120
04520HP-120
05020CT/HP-120 06020CT/HP-120
07020CT/HP-120
04022CT/HP-135
04522HP-135
05022CT/HP-135 06022CT/HP-135
07022CT/HP-135
04025.0CT/HP-135
04525.0HP-135
05025.0CT/HP-135 06025.0CT/HP-135
07025.0CT/HP-135
04025.4CT/HP-120
04525.4HP-120
05025.4CT/HP-120 06025.4CT/HP-120
07025.4CT/HP-120
EZH-ST sleeve
description
EZH
04012ST-80
EZH
05012ST-80
EZH
06012ST-80
EZH
07012ST-80
04016ST-100 05016ST-100 06016ST-100 07016ST-100
04019ST-120 05019ST-120 06019ST-120 07019ST-120
04020ST-120 05020ST-120 06020ST-120 07020ST-120
04022ST-135 05022ST-135 06022ST-135 07022ST-135
04025.0ST-135 05025.0ST-135 06025.0ST-135 07025.0ST-135
04025.4ST-120 05025.4ST-120 06025.4ST-120 07025.4ST-120
EZ Bars
Boring Bars
EZBR 040040HP- EZBR 050050HP- EZBR 060060HP-
EZBR 045040ST- EZBR 055050ST- EZBR 065060ST- EZBR 075070ST-
EZBR ···040-···NB EZBR ···050-···NB EZBR ···060-···NB EZBR ···070-···NB
EZVBR
045040-
EZVBR
055050-
EZVBR
065060-
Internal Grooving
EZGR 040040- EZGR 050050- EZGR 060060- EZGR ···070-···
Face Grooving
EZFGR
050040-
EZFGR
060050-
EZFGR
080070-
Internal Threading
EZTR 050040- EZTR 060050- EZTR 070060- EZTR 080070-
EZ Bar PLUS
S045X- SCLCR03-050EZ
S060X- SCLCR04-070EZ
C045X- SCLCR03-050EZ
C060X- SCLCR04-070EZ
2-Edge
Tip-Bars
Boring Bars
HPB&0404- HPB&0505- HPB
&
0606- HPB&0707-
HPBT&0404- HPBT&0505-
Internal Grooving
HPG&0404- HPG&0505- HPG
&
0606- HPG&0707-
Face Grooving
HPFG&0807-
Internal Threading
HPT&04504- HPT&06005- HPT&07507-
Boring Bars
C04-···· C05-···· C06-···· C07-····
S06-····
Note 1) When attaching 2-Edge Tip-Bars to EZH-CT/HP Sleeve (Adjustable overhang length), detach Adjustable Pin.
Overhang length of bar is not adjustable.
F82 F83
Boring
F
Boring
F
Sleeves for Boring Bars
Sleeve
H/2
H
L1
10
25
φD2
φ
D1
25°
H1
φd1
φd2
45
L1
φ
D1
φD2
φd2
φd1
25°
H
L2
25
10
H/2
H1
10
45
Fig.1 Fig.2
Description Std.
Dimension (mm)
Drawing
Spare Parts
Applicable Machine
Manufacturer
Screw Wrench
ϕ
d1
ϕ
D1
ϕ
D2
ϕ
d2
H H1 L1 L2
SHA
0820-120
N
8
20 14 12 19 9.25 120 - Fig.1
HS6x4P LW-3
Amada Machine Tools
Eguro
Tsugami
Citizen Machinery
1020-120
N
10
SHA
0825.0-135
N
8
25
14
14 24 11.5 135 17 Fig.2
1025.0-135
N
10
1225.0-135
N
12 16
SHA
0819-120
N
8
19.05
14 12 18 8.75 120 - Fig.1
HS6x4P LW-3
Citizen Machinery
1019-120
N
10
SHA
0820-120
N
8
20 14 12 19 9.25 120 - Fig.1
1020-120
N
10
SHA
0825.4-120
N
8
25.4
14
14 24.4 12 120 17 Fig.21025.4-120
N
10
1225.4-120
N
12 16
SHA
0822-125
N
8
22
14
14 21 10 125 - Fig.1 HS6x4P LW-3
Star Micronics
Nomura DS
1022-125
N
10
1222-125
N
12 16
SHA
0823-120
N
8
23
14
14 22 10.5 120 16 Fig.2 HS6x4P LW-3
Nomura DS
1023-120
N
10
1223-120
N
12 16
* Length of ϕd1···45mm (All of SHA sleeves)
· Choose sleeves(ϕd1) to meet with ϕD dimension of toolholder.
· Machine manufacturers in random order.
(Toolholder installation side)(Toolholder installation side)
¢
SHA sleeves
(Applicable Toolholders
F84
)
¢
Sleeves for Tip-Bars
Shape Description
(Previous
Description)
Std.
Dimension (mm)
Spare Parts
Screw Wrench
ϕD1 ϕD2 ϕd1 ϕd2 H L1 L2
PH
0212-60
PH
-0212
O
12 19
1.8
6
11 60 20
HS3X4 LW-1.5
0312-60 -0312
O
2.8
0412-60 -0412
O
3.8
HS4X4 LW-2
0512-60 -0512
O
4.8
0612-60 -0612
O
5.8
8
0712-60 -0712
O
6.8
PH
0216-80
PH
-0216
O
16 22
1.8
Rp
(PS)
15 80 20
HS3X4 LW-1.5
0316-80 -0316
O
2.8
0416-80 -0416
O
3.8
HS4X4 LW-2
0516-80 -0516
O
4.8
0616-80 -0616
O
5.8
0716-80 -0716
O
6.8
ID2
L2 L1
H
Id1
ID1
Id2
(Tip-Bar installation side)
¢
Description Table for PH Sleeves and Applicable Toolholders
Shank Size
(Hole Dia.: mm)
02
(1.8mm)
03
(2.8mm)
04
(3.8mm)
05
(4.8mm)
06
(5.8mm)
07
(6.8mm)
PH type sleeve
Description
PH0212-60 PH0312-60 PH0412-60 PH0512-60 PH0612-60 PH0712-60
PH0216-80 PH0316-80 PH0416-80 PH0516-80 PH0616-80 PH0716-80
1-Edge Tip-Bars
Boring Bars
PSB
&
0202- PSB
&
0303- PSB
&
0404- PSB
&
0505- PSB
&
0606- PSB
&
0707-
PSBT
&
0415- PSBT
&
0515-
Internal Grooving
PSG
&
0510- PSG
&
0610- PSG
&
0710- PSG
&
0810-
PSG
&
0520- PSG
&
0620- PSG
&
0720- PSG
&
0820-
Face Grooving
PSFG
&
0810-
PSFG
&
0820-
PSFG
&
0830-
Internal Threading PSTR0604- PSTR0805-
N
: Std. Item
O : Check Availability
F82 F83
Boring
F
Boring
F
Sleeves for Boring Bars
Sleeve / Joint
Pipe
Clamp Screw
(Front Screw and Back Screw)
Back Cover ScrewBack Cover
Boring Bar with Coolant Hole
Joint (R
1
/
8
)
For Turret Type Tool Post
1
Rc
1
/8
Coolant Sleeve
(SHC
{{{{
-
{{
)
l
How to Install
¢
Sleeves for Boring Bars
Shape Description
(Previous
Description)
Std.
Dimension (mm)
Spare Parts
Screw Wrench
ϕD ϕd1 ϕd2 H L1
SH
0416-100
SH
-0516
N
16
4 5
14 100 HS4X4 LW-2
0516-100 -0616
N
5 6
0616-100 -0716
N
6 7
0716-100 -0816
N
7 8
SH
0820-120
SH
-1020
N
20
8 9
18 120 HS4X4 LW-2
1020-120 -1220
N
10 11
1225-150 -1625
N
25 12 13 23 150
HS5X5 LW-2.5
1632-180 -2032
N
32
16 18
30 180
2032-180 -2532
N
20 22
I
d1
H
φ
d2
φ
D
L1
(Toolholder installation side)
l
Coolant Sleeve Dimensions
L2 L1
H
I
d
I
D2
(Fig.2)
I
D1
45˚
45˚
I
D2
I
d
H
(Fig.1)
I
D1
L2 L1
A
A
z
Back Cover /
SHL-4
···
SHC
{{
40-70
SHL-5
···
SHC
{{
50-95
z
Back Cover Screw
z
Shank Clamp Screw
Accessories
(Note) To stabilize the Toolholder and to prevent coolant leaks,
tighten all 4 screws of coolant sleeve securely.
Description
(Previous
Description)
Std.
Dimension (mm)
Drawing
Spare Parts
Front Screw
Wrench
Back Screw
Wrench
Back Cover
Back Cover Screw
Wrench
ϕ
D1
ϕ
D2
ϕd
L1 L2 H A
SHC
0840-70
SHC
-084070
N
40 56
8
70 16 38 27
Fig.1
HS6X22 LW-3 HS6X14 LW-3
SHL-4 HH3X6 LW-2.5
1040-70
-104070
N
10
1240-70
-124070
N
12
Fig.2
HS10X10 LW-5 HS10X10 LW-5
1640-70
-164070
N
16
2040-70
-204070
N
20
Fig.1
HS10X10 LW-5 HS6X6 LW-3
2540-70
-254070
N
25
SHC
0850-95
SHC
-085095
N
50 65
8
95 16 47
30.5
Fig.1
HS6X22 LW-3 HS6X14 LW-3
SHL-5 HH3X12 LW-2.5
1050-95
-105095
N
10
1250-95
-125095
N
12
Fig.2
HS10X10 LW-5 HS10X10 LW-5
1650-95
-165095
N
16
2050-95
-205095
N
20
2550-95
-255095
N
25
N
: Std. Item
F84 F85
Boring
F
Boring
F
2
Boring Bar with Coolant Hole
Joint
(R
1
/
8
)
Pipe
Washer (WB-
{
)
* Washer attached to Coolant Joint
For Gang Type Toolpost
Coolant Joint
(SJS-
{
)
Description
Std.
Dimension (mm)
Thread
(Toolholder Side)
Thread
(Joint Side)
Spare Parts
Washer
D L1 L2 H
SJS-5
N
15 15
7
13
M5XP0.8
Rc1/8 (PT1/8)
WB-5
SJS-6
N
9 M6XP1.0 WB-6
SJS-8
N
13 M8XP1.25 WB-8
l
Coolant Joint Dimensions
*This Coolant Joint is not applicable for Dynamic Bar
Thread (Toolholder Side)
D
H
Thread (Joint Side)
Washer (Accessory)
L2 L1
l
List of toolholders and applicable joints
Toolholder Description
Applicable Coolant Joint
A 0 8 -
· · ·
- OOE
SJS-5
A 10 -
· · ·
- OOE
A 12 -
· · ·
- OOE
SJS-6
A 16-
· · ·
- OOE
SJS-8
A 2 0 -
· · ·
- OOE
A 2 5 -
· · ·
- OOE
E 0 8 -
· · ·
- OO
SJS-5
E 10 -
· · ·
- OO
E 12 -
· · ·
- OO
SJS-6
E 16-
· · ·
- OO
SJS-8
E 2 0 -
· · ·
- OO
*
This Coolant Joint is not applicable for Dynamic Bar
¢
SHA / SH / SHC Sleeves and Applicable Toolholders
Shank Size
(Hole Dia.: mm)
04
(4mm)
05
(5mm)
06
(6mm)
07
(7mm)
08
(8mm)
10
(10mm)
12
(12mm)
16
(16mm)
20
(20mm)
25
(25mm)
Sleeve
Description
SH0416-100 SH0516-100 SH0616-100 SH0716-100 SH0820-120 SH1020-120 SH1225-150 SH1632-180 SH2032-180
SHA0819-120 SHA1019-120
SHA0820-120 SHA1020-120
SHA0822-125 SHA1022-125 SHA1222-125
SHA0823-120 SHA1023-120 SHA1223-120
SHA0825.0-135 SHA1025.0-135 SHA1225.0-135
SHA0825.4-120 SHA1025.4-120 SHA1225.4-120
SHC0840-70 SHC1040-70 SHC1240-70 SHC1640-70 SHC2040-70 SHC2540-70
SHC0850-95 SHC1050-95 SHC1250-95 SHC1650-95 SHC2050-95 SHC2550-95
Boring Bar
Description
A08
·
-
···
A10
·
-
···
A12
·
-
···
A16
·
-
···
A20
·
-
···
A25
·
-
···
C04
·
-
···
C05
·
-
···
C06
·
-
···
C07
·
-
···
C08
·
-
···
C10
·
-
···
C12
·
-
···
C16
·
-
···
C20
·
-
···
C25
·
-
···
E08
·
-
···
E10
·
-
···
E12
·
-
···
E16
·
-
···
E20
·
-
···
E25
·
-
···
S06
·
-
···
S08
·
-
···
S10
·
-
···
S12
·
-
···
S16
·
-
···
S20
·
-
···
S25
·
-
···
Internal
Grooving
Toolholder
Description
SIGE
&
0808A-EH SIGE
&
1010B-EH SIGE
&
1412C-EH SIGE
&
1616C-EH SIGE
&
2020D-EH SIGE
&
2525E-EH
SIGE
&
1210B-EH SIGE
&
1612C-EH KIGBA
&
3525-16
SIGE
&
0808A-WH SIGE
&
1010B-WH SIGE
&
1412C-WH KIGM
&
2016B-3V KIGM
&
2520B-3V KIGM
&
3225B-4V
SIGE
&
1210B-WH SIGE
&
1612C-WH KITG
&
3525T-16
SIGER1008B-WH-90 SIGER1210B-WH-90 SIGER1412C-WH-90
GIV
&
1412-1SE GIV
&
1216-1SS GIV
&
1420-1S GIV
&
2025-1B
GIV
&
1612-1AE GIV
&
2016-1BE GIV
&
1620-1A GIV
&
2025-2B
GIV
&
2016-2BE GIV
&
2520-1CE GIV
&
3225-1CE
GIV
&
1616-1AW GIV
&
2720-2CE GIV
&
3225-2CE
GIV
&
2020-1BW GIV
&
2525-1CW
GIV
&
2020-2BW GIV
&
2525-2CW
Internal
Threading
Toolholder
Description
SINR0612S-06E SINR0816S-08E SIN
&
2420S-16 CIN
&
3025S-16
SIN
&
1216S-11E SINR2420S-22 CINR3025S-22
SIN
&
1516S-11
SIN
&
1616S-16
SIN
&
2016S-16
* For SHA sleeves, please ref. to page F82.
For SH / SHC sleeves, please ref. to page F83.
N
: Std. Item
Sleeves for Boring Bars
Sleeve / Joint
F84 F85
Boring
F
Boring
F
C...-AS (Assembly List)
¢
C...-AS (Assembly List)
Assembly
(
Discontinued Description
)
Toolholder
(
Discontinued Description
)
Alternative Toolholder
(Dynamic Bar)
Sleeve
Description
Remarks
C04G- SCLCR03-05-AS C04G- SCLCR03-05 C04G- SCLCR03-05A
SH0416-100
-
SCLCL03-05-AS SCLCL03-05 SCLCL03-05A
C05H- SCLCR03-06-AS C05H- SCLCR03-06 C05H- SCLCR03-06A
SH0516-100
SCLCL03-06-AS SCLCL03-06 SCLCL03-06A
C05H- SWUBR06-06-AS C05H- SWUBR06-06 C05H- SWUBR06-06A
SH0516-100
SWUBL06-06-AS SWUBL06-06 SWUBL06-06A
C06J- SCLCR04-07-AS C06J- SCLCR04-07 C06J- SCLCR04-07A
SH0616-100
SCLCL04-07-AS SCLCL04-07 SCLCL04-07A
C06J- SWUBR06-07-AS C06J- SWUBR06-07 C06J- SWUBR06-07A
SH0616-100
SWUBL06-07-AS SWUBL06-07 SWUBL06-07A
C07K- SCLCR04-08-AS C07K- SCLCR04-08 C07K- SCLCR04-08A
SH0716-100
SCLCL04-08-AS SCLCL04-08 SCLCL04-08A
C07K- SWUBR08-08-AS C07K- SWUBR08-08 C07K- SWUBR08-08A
SH0716-100
SWUBL08-08-AS SWUBL08-08 SWUBL08-08A
C08L- STUPR08-10-AS C08L- STUPR08-10 E08L- STLPR08-10A SH0820-120
Difference of
alternative toolholder
No
coolant hole
"
With
coolant hole
Front cutting edge angle
3°
"
5°
C10N- STUPR09-12-AS C10N- STUPR09-12 E10N- STLPR09-12A
SH1020-120
C10N- STUPR11-12-AS C10N- STUPR11-12 E10N- STLPR11-12A
C12Q- STUPR09-16-AS C12Q- STUPR09-16 E12Q- STLPR09-16A
SH1225-150C12Q- STUPR11-14-AS C12Q- STUPR11-14
E12Q- STLPR11-14A
C12Q- STUPR11-16-AS C12Q- STUPR11-16
C16X- STUPR11-18-AS C16X- STUPR11-18
E16X- STLPR11-18A SH1632-180
C16X- STUPR11-20-AS C16X- STUPR11-20
C20S- STUPR11-25-AS C20S- STUPR11-25 E20S- STLPR11-22A
SH2032-180
C20S- STUPR16-25-AS C20S- STUPR16-25 E20S- STLPR16-25A
* "AS" indicates an assembly of toolholder and sleeve.
You can purchase the toolholder and sleeve and assemble them to make the corresponding assembly part.
Sleeve
Toolholder
Assembly conguration
¢
Former Parts List (Boring Bar)
Description
(Previous Description)
Spare Parts
Clamp Screw Wrench Shim Shim Screw Wrench
S32S-SVJB
&
16-40E
S40T-SVJB
&
16-50E
SB-40115TR F T- 15 SVN-32 SB-2050TR F T- 6
S25X-SVPB
&
16-34E
S32S-SVPB
&
16-40E
S25X-SVUB
&
16-34E
S32S-SVUB
&
16-40E
S25X-SVZB
&
16-34E
S32S-SVZB
&
16-40E
· S32S-SVJB
&
16-40E and S40T-SVJB
&
16-50E have been shifted to A32S-SVJB
&
16-40AE and A40T-SVJB
&
16-50AE respectively. Ref. to page
F50
· S25X-SVPB
&
16-34E and S32S-SVPB
&
16-40E have been shifted to A25S-SVPB
&
16-31AE and A32S-SVPB
&
16-40AE respectively. Ref. to page
F52
· S25X-SVUB
&
16-34E and S32S-SVUB
&
16-40E have been shifted to A25S-SVUB
&
16-34AE and A32S-SVUB
&
16-40AE respectively. Ref. to page
F55
· S25X-SVZB
&
16-34E and S32S-SVZB
&
16-40E have been shifted to A25S-SVZB
&
16-34AE and A32S-SVZB
&
16-40AE respectively. Ref. to page
F55
F86 F87
Boring
F
Boring
F
¢
Alternative Toolholder Reference Table for Boring Bar
Boring Bar (Discontinued Description)
Alternative Toolholder
Dynamic Bar (1st Recommendation) Dynamic Bar (2nd Recommendation)
Shank type
Insert Shape
Coolant hole
Description
Coolant hole
Description
Ref. to Page
Coolant hole
Description
Ref. to Page
Excellent Bar
CC..
No
S08X-SCLC&06-10E
Ye s
A08X-SCLC&06-10AE
F37
No
S08X-SCLC&06-10A
F37
S10H-SCLC&03-05E
No
S10H-SCLC&03-05AE
-
-
-
S10H-SCLC&03-06E S10H-SCLC&03-06AE
S10J-SCLC&04-07E S10H-SCLC&04-07AE
S10J-SCLC&04-08E S10H-SCLC&04-08AE
Ye s
A08H-SCLC&06-10E
Ye s
A08X-SCLC&06-10AE
No
S08X-SCLC&06-10A
F37
CP..
No
S10M-SCLP&08-12E
Ye s
A10L-SCLP&08-12AE
F39 No
S10L-SCLP&08-12A
F39
S12M-SCLP&08-14E A12M-SCLP&08-14AE S12M-SCLP&08-14A
S12M-SCLP&09-16E A12M-SCLP&09-16AE S12M-SCLP&09-16A
S16Q-SCLP&09-18E
A16Q-SCLP&09-18AE S16Q-SCLP&09-18A
S16R-SCLP&09-20E
S20X-SCLP&09-25E A20R-SCLP&09-22AE S20R-SCLP&09-22A
Ye s
A10X-SCLP&08-12E
Ye s
A10L-SCLP&08-12AE
F39 No
S10L-SCLP&08-12A
F39
A12X-SCLP&08-14E A12M-SCLP&08-14AE S12M-SCLP&08-14A
A12X-SCLP&09-16E A12M-SCLP&09-16AE S12M-SCLP&09-16A
A16M-SCLP&09-18E
A16Q-SCLP&09-18AE S16Q-SCLP&09-18A
A16M-SCLP&09-20E
A20Q-SCLP&09-25E A20R-SCLP&09-22AE S20R-SCLP&09-22A
DC..
No
S10M-SDUC&07-14E
Ye s
A10L-SDUC&07-14AE
F41 No
S10L-SDUC&07-14A
F41
S12M-SDUC&07-16E A12M-SDUC&07-16AE S12M-SDUC&07-16A
S16Q-SDUC&07-20E A16Q-SDUC&07-20AE S16Q-SDUC&07-20A
S16Q-SDUC&11-25E A16Q-SDUC&11-23AE S16Q-SDUC&11-23A
S20Q-SDUC&11-32E A20R-SDUC&11-27AE S20R-SDUC&11-27A
No
S10M-SDZC&07-14E
Ye s
A10L-SDZC&07-14AE
F43 No
S10L-SDZC&07-14A
F43
S12M-SDZC&07-16E A12M-SDZC&07-16AE S12M-SDZC&07-16A
S16Q-SDZC&07-20E A16Q-SDZC&07-20AE S16Q-SDZC&07-20A
S16Q-SDZC&11-25E A16Q-SDZC&11-23AE S16Q-SDZC&11-23A
S20Q-SDZC&11-32E A20R-SDZC&11-27AE S20R-SDZC&11-27A
TB.. No
S06H-STUB&06-08E
No
S06H-STLB&06-08AE
F47 No
S06H-STLB&06-08A
F47
TP..
No
S08K-STUP&08-10E
Ye s
A08X-STLP&08-10AE
F47
No
S08X-STLP&08-10A
F47
S10M-STUP&09-12E A10L-STLP&09-12AE S10L-STLP&09-12A
S10M-STUP&11-12E A10L-STLP&11-12AE S10L-STLP&11-12A
S12M-STUP&09-16E A12M-STLP&09-16AE S12M-STLP&09-16A
S12M-STUP&11-14E
A12M-STLP&11-14AE S12M-STLP&11-14A
S12M-STUP&11-16E
S16R-STUP&11-18E
A16Q-STLP&11-18AE S16Q-STLP&11-18A
S16R-STUP&11-20E
S20X-STUP&11-25E A20R-STLP&11-22AE S20R-STLP&11-22A
S20X-STUP&16-25E A20R-STLP&16-25AE
-
- -
S25X-STUP&16-32E A25S-STLP&16-27AE
No
S25S-STLP&16-27A
F47
Ye s
A08H-STUP&08-10E
Ye s
A08X-STLP&08-10AE
F47
No
S08X-STLP&08-10A
F47
A10X-STUP&09-12E A10L-STLP&09-12AE S10L-STLP&09-12A
A10X-STUP&11-12E A10L-STLP&11-12AE S10L-STLP&11-12A
A12X-STUPR09-16E A12M-STLPR09-16AE S12M-STLPR09-16A
A12X-STUP&11-14E A12M-STLP&11-14AE S12M-STLP&11-14A
A12X-STUPR11-16E A12M-STLPR11-14AE S12M-STLPR11-14A
A16M-STUP&11-18E
A16Q-STLP&11-18AE S16Q-STLP&11-18A
A16M-STUP&11-20E
A20Q-STUP&11-25E A20R-STLP&11-22AE S20R-STLP&11-22A
A20Q-STUP&16-25E A20R-STLP&16-25AE
-
- -
A25R-STUP&16-32E A25S-STLP&16-27AE
No
S25S-STLP&16-27A
F47
VB.. No
S20R-SVJB&11-25E
Ye s
A20R-SVJB&11-25AE
F50 No
S20R-SVJB&11-25A
F50
S25S-SVJB&11-30E A25S-SVJB&11-30AE S25S-SVJB&11-30A
S32S-SVJB&16-40EN A32S-SVJB&16-40AE S32S-SVJB&16-40A
S40T-SVJB&16-50EN A40T-SVJB&16-50AE S40T-SVJB&16-50A
Note) The corresponding replacements may be different from the conventional parts in minimum processing diameter or applicable
insert size. Make sure of their specications by referring to the catalog or other documents.
Alternative Toolholder Reference Table for Boring Bar
F86 F87
Boring
F
Boring
F
¢
Alternative Toolholder Reference Table for Boring Bar
Boring Bar (Discontinued Description)
Alternative Toolholder
Dynamic Bar (1st Recommendation) Dynamic Bar (2nd Recommendation)
Shank type
Insert Shape
Coolant hole
Description
Coolant hole
Description
Ref. to Page
Coolant hole
Description
Ref. to Page
Excellent Bar
VB..
No
S12M-SVPB&11-20E
Ye s
A12M-SVPB&11-18AE
F52 No
S12M-SVPB&11-18A
F52
S16Q-SVPB&11-25E A16Q-SVPB&11-22AE S16Q-SVPB&11-22A
S25X-SVPB&16-34EN A25S-SVPB&16-31AE S25S-SVPB&16-31A
S32S-SVPB&16-40EN A32S-SVPB&16-40AE S32S-SVPB&16-40A
No
S16Q-SVUB&11-20E
Ye s
A16Q-SVUB&11-20AE
F55 No
S16Q-SVUB&11-20A
F55
S20R-SVUB&11-25E A20R-SVUB&11-25AE S20R-SVUB&11-25A
S25X-SVUB&16-34EN A25S-SVUB&16-34AE S25S-SVUB&16-34A
S32S-SVUB&16-40EN A32S-SVUB&16-40AE S32S-SVUB&16-40A
No
S16Q-SVZB&11-20E
Ye s
A16Q-SVZB&11-20AE
F55 No
S16Q-SVZB&11-20A
F55
S20R-SVZB&11-25E A20R-SVZB&11-25AE S20R-SVZB&11-25A
S25X-SVZB&16-34EN A25S-SVZB&16-34AE S25S-SVZB&16-34A
S32S-SVZB&16-40EN A32S-SVZB&16-40AE S32S-SVZB&16-40A
VC..
No
S12M-SVJC&08-16E
Ye s
A12M-SVJC&08-16AE
F50 No
S12M-SVJC&08-16A
F50
S16Q-SVJC&08-20E A16Q-SVJC&08-20AE S16Q-SVJC&08-20A
No
S10M-SVPC&08-16E
Ye s
A10L-SVPC&08-14AE
F52 No
S10L-SVPC&08-14A
F52
No
S12M-SVUC&08-16E
Ye s
A12M-SVUC&08-16AE
F55 No
S12M-SVUC&08-16A
F55
No
S12M-SVZC&08-16E
Ye s
A12M-SVZC&08-16AE
F55 No
S12M-SVZC&08-16A
F55
VP.. No
S12M-SVJP&08-16E
Ye s
A12M-SVJP&08-16AE
F50 No
S12M-SVJP&08-16A
F50
WB.. No
S08K-SWUB&08-10E
Ye s
A08X-SWUB&08-10AE
F57 No
S08X-SWUB&08-10A
F57
S10M-SWUB&08-12E A10L-SWUB&08-12AE S10L-SWUB&08-12A
S10H-SWUB&06-06E
No
S10H-SWUB&06-06AE S10H-SWUB&06-06A
S10H-SWUB&06-07E S10H-SWUB&06-07AE S10H-SWUB&06-07A
S10J-SWUB&08-08E S10H-SWUB&08-08AE S10H-SWUB&08-08A
WP.. No
S12M-SWUP&11-14E
Ye s
A12M-SWUP&11-14AE
F57 No
S12M-SWUP&11-14A
F57
S12M-SWUP&11-16E
S16N-SWUP&11-18E A16Q-SWUP&11-18AE S16Q-SWUP&11-18A
S16Q-SWUP&16-20E A16Q-SWUP&16-18AE S16Q-SWUP&16-18A
S20R-SWUP&16-25E A20R-SWUP&16-22AE S20R-SWUP&16-22A
Steel Bar
CC.. No
S08X-SCLC&06-10
No
S08X-SCLC&06-10A
F37 -
-
-
CP.. No
S10M-SCLP&08-12
No
S10L-SCLP&08-12A
F39 -
-
-
S12M-SCLP&08-14 S12M-SCLP&08-14A
S12M-SCLP&09-16 S12M-SCLP&09-16A
S16N-SCLP&09-18
S16Q-SCLP&09-18A
S16Q-SCLP&09-20
S20R-SCLP&09-25 S20R-SCLP&09-22A
S25S-SCLP&09-30 S25S-SCLP&09-27A
DC..
No
S16Q-SDUC&07-14
No
S16Q-SDUC&07-14A
F41
-
-
-
S16Q-SDUC&07-16
S20R-SDUC&11-20 S20R-SDUC
&11-20A
S25X-SDUC&11-25 S16Q-SDUC&11-23A
No
S25S-SDUC&11-32A
F41
No
S16Q-SDZC&07-14
No
S16Q-SDZC&07-14A
F43
-
-
-
S16Q-SDZC&07-16
S20R-SDZC&11-20 S20R-SDZC&11-20A
S25X-SDZC&11-25 S16Q-SDZC&11-23A
No
S25S-SDZC&11-32A
F43
Note) The corresponding replacements may be different from the conventional parts in minimum processing diameter or applicable
insert size. Make sure of their specifications by referring to the catalog or other documents.
Alternative Toolholder Reference Table for Boring Bar
F88 F89
Boring
F
Boring
F
¢
Alternative Toolholder Reference Table for Boring Bar
Boring Bar (Discontinued Description)
Alternative Toolholder
Dynamic Bar (1st Recommendation) Dynamic Bar (2nd Recommendation)
Shank type
Insert Shape
Coolant hole
Description
Coolant hole
Description
Ref. to Page
Coolant hole
Description
Ref. to Page
Steel Bar
TB.. No
S06H-STUB&06-08
No
S06H-STLB&06-08A
F47 -
-
-
TP.. No
S08K-STUP&08-10
No
S08X-STLP&08-10A
F47 -
-
-
S10M-STUP&09-12 S10L-STLP&09-12A
S12M-STUP&09-16 S12M-STLP&09-16A
S16Q-STUP&11-20 S16Q-STLP&11-18A
S20R-STUP&11-25 S20R-STLP&11-22A
S25X-STUP&16-32 S25S-STLP&16-27A
WB.. No
S10H-SWUB&06-06
No
S10H-SWUB&06-06A
F57 -
-
-
S10H-SWUB&06-06-15
S10H-SWUB&06-07 S10H-SWUB&06-07A
S10J-SWUB&08-08
S10H-SWUB&08-08A
S10J-SWUB&08-08-20
Carbide Shank Boring Bar
CC..
No
C04G-SCLC&03-05
No
C04G-SCLC&03-05A
F37 -
-
-
C05H-SCLC&03-06 C05H-SCLC&03-06A
C06J-SCLC&04-07 C06J-SCLC&04-07A
C07K-SCLC&04-08 C07K-SCLC&04-08A
C08L-SCLC&06-10
Ye s
E08L-SCLC&06-10A
Ye s
E08L-SCLC&06-10
CP..
No
C10N-SCLP&08-12
Ye s
E10N-SCLP&08-12A
F39 -
-
-
C10N-SCLPR08-12-1/2 E10N-SCLPR08-12A-1/2
C10N-SCLPR08-12-2/3 E10N-SCLPR08-12A-2/3
C12Q-SCLP&09-16 E12Q-SCLP&09-16A
C12Q-SCLPR09-16-1/2 E12Q-SCLPR09-16A-1/2
C12Q-SCLPR09-16-2/3 E12Q-SCLPR09-16A-2/3
C16X-SCLP&09-20 E16X-SCLP&09-18A
C16X-SCLPR09-20-1/2 E16X-SCLPR09-18A-1/2
C16X-SCLPR09-20-2/3 E16X-SCLPR09-18A-2/3
C20S-SCLP&09-25 E20S-SCLP&09-22A
C20S-SCLPR09-25-1/2 E20S-SCLPR09-22A-1/2
C20S-SCLPR09-25-2/3 E20S-SCLPR09-22A-2/3
Ye s
E10N-SCLP&08-12
Ye s
E10N-SCLP&08-12A
F39 -
-
-
E12Q-SCLP&09-16 E12Q-SCLP&09-16A
E16X-SCLP&09-20 E16X-SCLP&09-18A
E20S-SCLP&09-25 E20S-SCLP&09-22A
DC.. No
C10N-SDUC&07-14
Ye s
E10N-SDUC&07-14A
F41 -
-
-
C12Q-SDUC&07-16
E12Q-SDUC&07-16A
C12Q-SDUC&11-20
C16X-SDUC&11-25 E16X-SDUC&11-23A
C20S-SDUC&11-32 E20S-SDUC&11-27A
TB.. No
C10L-STUB&06-08
No
C06J-STLB&06-08A
F47 -
-
-
TP.. No
C08L-STUP&08-10
Ye s
E08L-STLP&08-10A
C10N-STUP&09-12 E10N-STLP&09-12A
C10N-STUPR09-12-1/2 E10N-STLPR09-12A-1/2
C10N-STUPR09-12-2/3 E10N-STLPR09-12A-2/3
C10N-STUP&11-12 E10N-STLP&11-12A
C10N-STUPR11-12-1/2 E10N-STLPR11-12A-1/2
C10N-STUPR11-12-2/3 E10N-STLPR11-12A-2/3
C12Q-STUP&09-16 E12Q-STLP&09-16A
C12Q-STUPR09-16-1/2 E12Q-STLPR09-16A-1/2
C12Q-STUPR09-16-2/3 E12Q-STLPR09-16A-2/3
C12Q-STUP&11-14 E12Q-STLP&11-14A
C12Q-STUPR11-14-1/2 E12Q-STLPR11-14A-1/2
C12Q-STUPR11-14-2/3 E12Q-STLPR11-14A-2/3
C12Q-STUP&11-16 E12Q-STLP&11-14A
C12Q-STUPR11-16-1/2 E12Q-STLPR11-14A-1/2
C12Q-STUPR11-16-2/3 E12Q-STLPR11-14A-2/3
Note) The corresponding replacements may be different from the conventional parts in minimum processing diameter or applicable
insert size. Make sure of their specifications by referring to the catalog or other documents.
Alternative Toolholder Reference Table for Boring Bar
F88 F89
Boring
F
Boring
F
¢
Alternative Toolholder Reference Table for Boring Bar
Boring Bar (Discontinued Description)
Alternative Toolholder
Dynamic Bar (1st Recommendation) Dynamic Bar (2nd Recommendation)
Shank type
Insert Shape
Coolant hole
Description
Coolant hole
Description
Ref. to Page
Coolant hole
Description
Ref. to Page
Carbide Shank Boring Bar
TP..
No
C16X-STUP&11-18
Ye s
E16X-STLP&11-18A
F47 -
-
-
C16X-STUPR11-18-1/2 E16X-STLPR11-18A-1/2
C16X-STUPR11-18-2/3 E16X-STLPR11-18A-2/3
C16X-STUP&11-20 E16X-STLP&11-18A
C16X-STUPR11-20-1/2 E16X-STLPR11-18A-1/2
C16X-STUPR11-20-2/3 E16X-STLPR11-18A-2/3
C20S-STUP&11-25 E20S-STLP&11-22A
C20S-STUPR11-25-1/2 E20S-STLPR11-22A-1/2
C20S-STUPR11-25-2/3 E20S-STLPR11-22A-2/3
C20S-STUP&16-25 E20S-STLP&16-25A
C20S-STUPR16-25-1/2 E20S-STLPR16-25A-1/2
C20S-STUPR16-25-2/3 E20S-STLPR16-25A-2/3
Ye s
E08L-STUP&08-10
Ye s
E08L-STLP&08-10A
F47 -
-
-
E10N-STUP&09-12 E10N-STLP&09-12A
E10N-STUP&11-12 E10N-STLP&11-12A
E12Q-STUP&09-16 E12Q-STLP&09-16A
E12Q-STUP&11-14
E12Q-STLP&11-14A
E12Q-STUP&11-16
E16X-STUP&11-18
E16X-STLP&11-18A
E16X-STUP&11-20
E20S-STUPR11-25 E20S-STLPR11-22A
E20S-STUPR16-25 E20S-STLPR16-25A
WB.. No
C05H-SWUB&06-06
No
C05H-SWUB&06-06A
F57 -
-
-
C06J-SWUB&06-07 C06J-SWUB&06-07A
C07K-SWUB&08-08 C07K-SWUB&08-08A
C08L-SWUB&08-10
Ye s
E08L-SWUB&08-10A
C10N-SWUB&08-12 E10N-SWUB&08-12A
C10N-SWUBR08-12-1/2 E10N-SWUBR08-12A-1/2
C10N-SWUBR08-12-2/3 E10N-SWUBR08-12A-2/3
WP.. No
C12Q-SWUP&11-14
Ye s
E12Q-SWUP&11-14A
F57 -
-
-
C12Q-SWUPR11-14-1/2 E12Q-SWUPR11-14A-1/2
C12Q-SWUPR11-14-2/3 E12Q-SWUPR11-14A-2/3
C12Q-SWUP&11-16 E12Q-SWUP&11-14A
C12Q-SWUPR11-16-1/2 E12Q-SWUPR11-14A-1/2
C12Q-SWUPR11-16-2/3 E12Q-SWUPR11-14A-2/3
C16X-SWUP&11-18 E16X-SWUP&11-18A
C16X-SWUPR11-18-1/2 E16X-SWUPR11-18A-1/2
C16X-SWUPR11-18-2/3 E16X-SWUPR11-18A-2/3
C16X-SWUP&16-20 E16X-SWUP&16-18A
C16X-SWUPR16-20-1/2 E16X-SWUPR16-18A-1/2
C16X-SWUPR16-20-2/3 E16X-SWUPR16-18A-2/3
C20S-SWUP&16-25 E20S-SWUP&16-22A
C20S-SWUPR16-25-1/2 E20S-SWUPR16-22A-1/2
C20S-SWUPR16-25-2/3 E20S-SWUPR16-22A-2/3
Note) The corresponding replacements may be different from the conventional parts in minimum processing diameter or applicable
insert size. Make sure of their specifications by referring to the catalog or other documents.
Alternative Toolholder Reference Table for Boring Bar
F90 F91
Boring
F
Boring
F
Recommended Cutting Conditions (VNB-S)
Workpiece
Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
VNB01-S
type
VNB015-S
type
VNB02-S
type
~
VNB04-S
type
Remarks
MEGA
CO AT
PVD Carbide CBN PCD
PR1225
PR930
KW10
KBN510
KPD001
KPD010
ap (mm), f (mm/rev)
ap
f
ap
f
Carbon Steel / Alloy Steel
«
30~120
✩
30~100
~ 0.1 ~ 0.01 ~ 0.2 ~ 0.03
Coolant
Stainless Steel
«
30~100
✩
30~80
~ 0.1 ~ 0.01 ~ 0.2 ~ 0.02
«
: 1st Recommendation ✩: 2nd Recommendation
Recommended Cutting Conditions (VNB / VNB-NB / VNBT)
Workpiece
Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
VNB02 type VNB03 type
VNB04
VNBT04
type
VNB05
VNB06
VNB07
VNBT05
type
Remarks
MEGA
CO AT
PVD Carbide CBN PCD
PR1225
PR930
KW10
KBN510
KPD001
KPD010
ap (mm), f (mm/rev)
ap f ap f ap f ap f
Carbon Steel / Alloy Steel
«
30~120
✩
30~100
~ 0.3 ~ 0.03 ~ 0.4 ~ 0.04 ~ 0.45 ~ 0.07 ~ 0.5 ~ 0.1
Coolant
Stainless Steel
«
30~100
✩
30~80
~ 0.3 ~ 0.02 ~ 0.4 ~ 0.03 ~ 0.45 ~ 0.05 ~ 0.5 ~ 0.07
Non-ferrous Metals
✩
~100
«
~300
✩
~300
~ 0.3 ~ 0.05 ~ 0.4 ~ 0.06 ~ 0.45 ~ 0.1 ~ 0.5 ~ 0.15
«
: 1st Recommendation ✩: 2nd Recommendation
Recommended Cutting Conditions (VNBX-S)
Workpiece
Material
Recommended Insert Grades
(Cutting Speed Vc: m/min)
VNBX01-S type
VNBX015-S type
VNBX02-S type
~
VNBX04-S type
Remarks
PVD Coated Carbide
Carbide
CBN PCD
PR630
PR915
PR930
KW10
KBN510
KPD001
KPD010
ap (mm), f (mm/rev)
ap f ap f
Carbon Steel / Alloy Steel
«
30~100
~ 0.1 ~ 0.01 ~ 0.2 ~ 0.03
Coolant
Stainless Steel
«
30~80
~ 0.1 ~ 0.01 ~ 0.2 ~ 0.02
«
: 1st Recommendation
System Tip-Bars Recommended Cutting Conditions
F90 F91
Boring
F
Boring
F
Recommended Cutting Conditions
¢
Recommended Cutting Conditions - Boring
(Positive Insert: Cutting Dia. under 10mm)
[ap indicates radius]
ISO
Classication
Workpiece
Material
Hardness
Cutting
Range
Applications
Recommended
Chipbreaker
Recommended
Insert Grade
Corner-
R(r
ε
)
Lower Limit - Recommendation - Upper Limit
Vc (m/min) ap (mm) f (mm/rev)
P
Low-carbon Steel
Low-carbon Alloy
HB
≤
300
Finishing
(Solid type)
Continuous
Interruption
EZB-F
EZB-H
PR1225
0.05
0.15
30 - 70 - 110
30 - 60 - 90
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.01 - 0.04 - 0.07
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 100
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
CF PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 100
0.05 - 0.15 - 0.25
0.05 - 0.15 - 0.25
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Medium-carbon Steel
Medium-carbon Alloy
HB
≤
300
Finishing
(Solid type)
Continuous
Interruption
EZB-F
EZB-H
PR1225
0.05
0.15
30 - 70 - 110
30 - 60 - 90
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.01 - 0.04 - 0.07
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 120
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
CF PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 100
0.05 - 0.15 - 0.25
0.05 - 0.15 - 0.25
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
High-carbon Alloy
HB
≤
280
Finishing
(Solid type)
Continuous
Interruption
EZB-F
EZB-H
PR1225
0.05
0.15
30 - 70 - 110
30 - 60 - 90
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.01 - 0.04 - 0.07
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 100
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
CF PR1425
0.1
0.2
40 - 80 - 120
40 - 70 - 100
0.05 - 0.15 - 0.25
0.05 - 0.15 - 0.25
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
M
Stainless Steel
HB
≤
220
Finishing
(Solid type)
Continuous
Interruption
EZB-F
EZB-H
PR1225
0.05
0.15
30 - 60 - 80
30 - 60 - 80
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.01 - 0.03 - 0.05
0.02 - 0.05 - 0.07
Finishing
Continuous
Interruption
F PR1225
0.1
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
CF PR1225
0.1
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.15 - 0.25
0.05 - 0.15 - 0.25
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Stainless Steel
HB
≤
300
Finishing
(Solid type)
Continuous
Interruption
EZB-F
EZB-H
PR1225
0.05
0.15
30 - 60 - 80
30 - 60 - 80
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.01 - 0.03 - 0.05
0.02 - 0.05 - 0.07
Finishing
Continuous
Interruption
F PR1225
0.1
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
CF PR1225
0.1
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.15 - 0.25
0.05 - 0.15 - 0.25
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
K
Gray Cast Iron
HB
≤
250
Finishing
(Solid type)
Continuous
Interruption
(VNB)
(VNB-NB)
KW10
0.03
0.2
30 - 60 - 100
30 - 60 - 100
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F KW10
0.1
0.2
30 - 60 - 100
30 - 60 - 80
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
Without Chipbreaker
KW10
0.2
0.4
30 - 60 - 100
30 - 60 - 80
0.1 - 0.2 - 0.3
0.1 - 0.2 - 0.3
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Nodular Cast Iron
HB
≤
270
Finishing
(Solid type)
Continuous
Interruption
(VNB)
(VNB-NB)
KW10
0.03
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F, U KW10
0.1
0.2
30 - 60 - 80
30 - 60 - 80
0.05 - 0.08 - 0.1
0.05 - 0.1 - 0.15
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
Finishing-Medium
Continuous
Interruption
Without Chipbreaker
KW10
0.2
0.4
30 - 60 - 100
30 - 60 - 80
0.1 - 0.2 - 0.3
0.1 - 0.2 - 0.3
0.03 - 0.05 - 0.07
0.03 - 0.07 - 0.1
N
Non-ferrous Metals
Copper Alloy
Aluminum
Aluminum Alloys
HB
≤
100
High Speed Machining
(Rainbow Surface Gloss)
Continuous
Without Chipbreaker
KPD001
0.05 150 - 200 - 300 0.05 - 0.1 - 0.3 0.05 - 0.1 - 0.15
Finishing
Continuous
Interruption
F, U KW10
0.1
0.2
100 - 150 - 200
100 - 150 - 200
0.05 - 0.3 - 0.5
0.05 - 0.3 - 0.5
0.03 - 0.1 - 0.2
0.03 - 0.1 - 0.2
S
Titanium Alloy
HB
≤
400
Precision Finishing
(Rainbow Surface Gloss)
Continuous
Interruption
Without Chipbreaker
KPD001
0.1
0.2
100 - 120 - 150
70 - 100 - 120
0.05 - 0.1 - 0.3
0.05 - 0.1 - 0.3
0.03 - 0.07 - 0.1
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F, U KW10
0.1
0.2
20 - 40 - 60
20 - 40 - 60
0.05 - 0.2 - 0.5
0.05 - 0.2 - 0.5
0.03 - 0.1 - 0.2
0.03 - 0.1 - 0.2
Heat-resistant
Alloys
HB
≤
350
Finishing
(Solid type)
Continuous
Interruption
(VNB) KW10
0.2
0.2
10 - 30 - 50
10 - 30 - 50
0.05 - 0.1 - 0.3
0.05 - 0.1 - 0.3
0.03 - 0.05 - 0.1
0.03 - 0.05 - 0.08
Finishing
Continuous
Interruption
F, U KW10
0.2
0.2
10 - 30 - 50
10 - 30 - 50
0.05 - 0.2 - 0.4
0.05 - 0.2 - 0.4
0.03 - 0.05 - 0.1
0.03 - 0.05 - 0.1
H
Hardened Steel
Hard Materials
40~50
HRC
Finishing
Continuous
Interruption
(VNB) PR930
0.2
0.2
30 - 50 - 70
30 - 50 - 70
0.05 - 0.1 - 0.4
0.05 - 0.1 - 0.2
0.01 - 0.02 - 0.05
0.01 - 0.02 - 0.03
45~68
HRC
Finishing
Continuous
Interruption
ME
MES
KBN05M
0.2
0.4
60 - 100 - 140
60 - 80 - 120
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
0.02 - 0.05 - 0.1
0.02 - 0.05 - 0.1
* Please use it with PR1005 set to Vc=150m/min or below, for machining of free-cutting steel such as small size SUM. For ap and f, refer to specs for low carbon steels.
*
F92 MF
Boring
F
Boring
F
Recommended Cutting Conditioans
¢
Recommended Cutting Conditions - Boring
(Positive Insert: Cutting Dia. over 10mm)
[ap indicates radius]
ISO
Classication
Workpiece
Material
Hardness
Cutting
Range
Applications
Recommended
Chipbreaker
Recommended
Insert Grade
Corner-
R(r
ε
)
Lower Limit - Recommendation - Upper Limit
Vc (m/min) ap (mm) f (mm/rev)
P
Low-carbon Steel
Low-carbon Alloy
HB
≤
300
Precision Finishing
Continuous
Interruption
F, U
TN620
PR1425
0.1
0.2
250 - 300 - 350
120 - 170 - 220
0.05 - 0.3 - 0.5
0.05 - 0.3 - 0.5
0.03 - 0.1 - 0.15
0.03 - 0.1 - 0.15
Finishing
Continuous
Interruption
XP
PV7010
CA525
0.4
0.4
200 - 250 - 300
150 - 200 - 250
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
Interruption
XQ
PV7010
CA525
0.4
0.4
150 - 200 - 250
100 - 150 - 200
0.5 - 1.0 - 2.0
0.5 - 1.0 - 1.5
0.1 - 0.15 - 0.25
0.1 - 0.15 - 0.2
Medium
Continuous
Interruption
Standard
PV720
CA525
0.8
0.8
100 - 150 - 200
80 - 120 - 150
1.0 - 1.5 - 2.5
1.0 - 1.5 - 2.0
0.1 - 0.15 - 0.3
0.1 - 0.15 - 0.2
Medium-carbon Steel
Medium-carbon Alloy
HB
≤
300
Precision Finishing
Continuous
Interruption
F, U
TN620
PR1425
0.2
0.4
150 - 200 - 250
120 - 140 - 170
0.05 - 0.3 - 0.5
0.05 - 0.3 - 0.5
0.03 - 0.1 - 0.15
0.03 - 0.1 - 0.15
Finishing
Continuous
Interruption
PP
PV7010
CA525
0.4
0.4
150 - 200 - 250
120 - 180 - 200
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
Interruption
HQ
PV7010
CA525
0.4
0.4
120 - 180 - 220
100 - 150 - 200
0.5 - 1.0 - 2.0
0.5 - 1.0 - 1.5
0.1 - 0.15 - 0.25
0.1 - 0.15 - 0.2
Medium
Continuous
Interruption
Standard
PV720
CA525
0.8
0.8
100 - 150 - 200
80 - 120 - 150
1.0 - 1.5 - 2.5
1.0 - 1.5 - 2.0
0.1 - 0.15 - 0.3
0.1 - 0.15 - 0.2
High-carbon Alloy
HB
≤
280
Precision Finishing
Continuous
Interruption
F, U
TN620
PR1425
0.2
0.4
120 - 150 - 180
110 - 130 - 160
0.05 - 0.3 - 0.5
0.05 - 0.3 - 0.5
0.03 - 0.1 - 0.15
0.03 - 0.1 - 0.15
Finishing
Continuous
Interruption
PP
PV7010
CA525
0.4
0.4
120 - 150 - 180
100 - 120 - 150
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
Interruption
HQ
PV7010
CA525
0.4
0.4
120 - 150 - 180
100 - 120 - 150
0.5 - 1.0 - 2.0
0.5 - 1.0 - 1.5
0.1 - 0.15 - 0.25
0.1 - 0.15 - 0.2
Medium
Continuous
Interruption
Standard
CA515
CA525
0.8
0.8
100 - 120 - 150
80 - 100 - 120
1.0 - 1.5 - 2.5
1.0 - 1.5 - 2.0
0.1 - 0.15 - 0.3
0.1 - 0.15 - 0.2
M
Stainless Steel
HB
≤
220
Finishing
Continuous
Interruption
MQ CA6525
0.4
0.8
120 - 150 - 180
100 - 120 - 150
0.2 - 0.5 - 0.8
0.2 - 0.5 - 0.8
0.05 - 0.08 - 0.1
0.05 - 0.08 - 0.1
Medium
Continuous
Interruption
Standard CA6525
0.4
0.8
120 - 150 - 180
100 - 120 - 150
0.5 - 1.0 - 1.5
0.5 - 1.0 - 1.5
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Stainless Steel
HB
≤
300
Finishing
Continuous
Interruption
MQ CA6525
0.4
0.8
80 - 100 - 120
60 - 80 - 100
0.2 - 0.7 - 1.0
0.2 - 0.7 - 1.0
0.05 - 0.1 - 0.15
0.05 - 0.1 - 0.15
Medium
Continuous
Interruption
Standard CA6525
0.4
0.8
80 - 100 - 120
60 - 80 - 100
0.5 - 1.0 - 1.5
0.5 - 1.0 - 1.5
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
K
Gray Cast Iron
HB
≤
250
High Speed Machining
Continuous
Interruption
Without Chipbreaker
KBN475
PT600M
0.4
0.8
400 - 500 - 600
200 - 250 - 350
0.05 - 0.2 - 0.5
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.15
0.05 - 0.1 - 0.15
Finishing
(Gloss Oriented)
Continuous
Interruption
Standard
PV7005
TN620
0.8
0.8
200 - 250 - 300
120 - 180 - 230
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Finishing
Continuous
Interruption
Standard
CA4505
CA4515
0.4
0.8
150 - 180 - 200
100 - 150 - 180
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Medium
Continuous
Interruption
Standard
Without Chipbreaker
CA4505
CA4515
0.8
0.8
100 - 150 - 200
80 - 120 - 150
0.5 - 1.0 - 2.0
0.5 - 1.0 - 2.0
0.1 - 0.15 - 0.2
0.05 - 0.1 - 0.15
Nodular Cast Iron
HB
≤
270
High Speed Machining
Continuous
Interruption
Without Chipbreaker
KBN475
PT600M
0.4
0.8
200 - 300 - 400
150 - 200 - 250
0.05 - 0.2 - 0.5
0.2 - 0.5 - 1.0
0.03 - 0.05 - 0.1
0.05 - 0.1 - 0.15
Finishing
(Gloss Oriented)
Continuous
Interruption
Standard
PV7005
TN620
0.8
0.8
150 - 200 - 250
120 - 150 - 200
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Finishing
Continuous
Interruption
Standard
CA4505
CA4515
0.4
0.8
120 - 150 - 180
100 - 120 - 150
0.2 - 0.5 - 1.0
0.2 - 0.5 - 1.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.2
Medium
Continuous
Interruption
Standard
CA4505
CA4515
0.8
0.8
100 - 120 - 150
80 - 100 - 120
0.5 - 1.0 - 2.0
0.5 - 1.0 - 2.0
0.05 - 0.1 - 0.2
0.05 - 0.1 - 0.15
N
Non-ferrous Metals
Copper Alloy
Aluminum
Aluminum Alloys
HB
≤
100
High Speed Machining
(Rainbow Surface Gloss)
Continuous
Without Chipbreaker
KPD001
0.2 200 - 400-1,000 0.05 - 0.1 - 0.3 0.05 - 0.1 - 0.15
Finishing
Continuous
Interruption
FSF, USF KW10
0.4
0.4
100 - 200 - 400
100 - 200 - 400
0.05 - 0.5 - 1.0
0.05 - 0.5 - 1.0
0.03 - 0.1 - 0.2
0.03 - 0.1 - 0.2
S
Titanium Alloy
HB
≤
400
Precision Finishing
(Rainbow Surface Gloss)
Continuous
Interruption
Without Chipbreaker
KPD001
0.2
0.4
100 - 120 - 150
70 - 100 - 120
0.05 - 0.1 - 0.3
0.05 - 0.1 - 0.3
0.03 - 0.07 - 0.1
0.03 - 0.07 - 0.1
Finishing
Continuous
Interruption
F, U KW10
0.2
0.4
30 - 50 - 70
30 - 50 - 70
0.05 - 0.5 - 1.0
0.05 - 0.5 - 1.0
0.03 - 0.1 - 0.2
0.03 - 0.1 - 0.2
Heat-resistant
Alloys
HB
≤
350
Finishing
Continuous
Interruption
F, U KW10
0.4
0.4
10 - 30 - 50
10 - 30 - 50
0.05 - 0.5 - 1.0
0.05 - 0.5 - 1.0
0.03 - 0.1 - 0.2
0.03 - 0.1 - 0.2
Finishing
Continuous
Interruption
MQ PR1310
0.4
0.8
40 - 60 - 80
40 - 60 - 80
0.1 - 0.3 - 0.5
0.1 - 0.3 - 0.5
0.03 - 0.05 - 0.1
0.03 - 0.05 - 0.1
H
Hardened Steel
Hard Materials
40~50
HRC
Finishing
Continuous
Interruption
HQ
Standard
CA515
0.8
0.8
60 - 80 - 100
30 - 50 - 70
0.05 - 0.3 - 0.5
0.05 - 0.3 - 0.5
0.05 - 0.08 - 0.1
0.05 - 0.08 - 0.1
45~68
HRC
Finishing
Continuous
Interruption
ME
MET
KBN05M
0.4
0.8
100 - 140 - 180
90 - 120 - 160
0.1 - 0.2 - 0.3
0.1 - 0.2 - 0.3
0.02 - 0.07 - 0.1
0.02 - 0.07 - 0.1
Medium
Continuous
Without Chipbreaker
(Negative)
KBN900
0.8 60 - 80 - 100 0.3 - 0.7 - 1.0 0.03 - 0.1 - 0.15
* When machining free-cutting steel such as SUM, please use PR1005 for Vc=200m/min or under and use PV720 / CA515, etc.
*