E1
E
Small Tools
Small Tools
E1~E48
TKFB Insert
(Back Turning, Goose-neck Holder)
E12
TKF-AS Insert
(Back Turning, Goose-neck Holder)
E16
ABS Insert
(Back Turning)
E17
ABW Insert
(Back Turning)
E18
DC
££
Insert
(Goose-neck Holder)
E20
VP
££
Insert
(Goose-neck Holder)
E21
CC
££
Insert
(Without Offset / With Offset)
E22
DC
££
Insert
(Without Offset / With Offset)
E24
DP
££
Insert
(Without Offset)
E28
TC/TP
££
Insert
E29
VB/VC
££
Insert
(Without Offset / With Offset)
E30
VP
££
Insert
(Without Offset / With Offset)
E32
CC
££
Insert
E34
DC
££
Insert
E35
VB/VC
££
Insert
E36
CN
£
U Insert
(Without Offset)
E38
DN
£
U Insert
(Without Offset)
E38
TN
£
U Insert
(Without Offset)
E39
CN
££
Insert
(Without Offset)
E40
TN
££
Insert
(Without Offset)
E41
SP
£
R/SP
£
N
Insert
E42
TP
£
R/TP
£
N
Insert
E43
E44
Small Tools Identification System
E11
Toolholders for Back Turning
E12~E19
Toolholders for Small Double Sided Tooling (Screw Clamp)
E37~E39
Toolholders for External Turning (Back Clamp / Screw Clamp)
E22~E33
External Sleeve Holder
E34~E36
Technical Information
E44~E45
Summary of Turning / Advice on one point
E2
~
E10
External Toolholder (Top Clamp)
E42~E43
Goose-neck Holder
E20~E21
Toolholder for Double Sided Tooling for Automatic Lathe (Lever Lock)
E40~E41
Alternative Toolholder Reference Table for Small Tools
E46~E48
Recommended Cutting Conditions
E1
E2
E
Small Tools
Summary of Turning
¢
Tooling example (1) CNC Automatic lathe (Gang Type)
¢
External / Copying
Tools installed on Gang Type Automatic Lathe
93°
ADJC-FF
93°
SDJC-FF
93°
SDJC
95°
SDLC-FF
SDLP-FF
95°
SDLN-FF
62.5°
SDNC-F
62.5°
SDNC
Back Clamp
Without Offset
Screw Clamp
Without Offset
Screw Clamp Screw Clamp
Without Offset
Screw Clamp
Without Offset
Screw Clamp Screw Clamp
E24 E25 E25 E26,E28 E38 E27 E27
¢
External / Facing
95°
ACLC-FF
95°
SCLC-FF
95°
SCLC
95°
SCLN-FF
Back Clamp
Without Offset
Screw Clamp
Without Offset
Screw Clamp Screw Clamp
Without Offset
E22 E23 E23 E38
¢
External
91°
STGC(P)
95°
STLN-FF
Screw Clamp Screw Clamp
Without Offset
E29 E39
¢
External
Sleeve Holder
5
S...SDLC
Screw Clamp
Shank Dia.
φ
12
~φ
25.4
E35
Cut-Off
(Chapter H)
Back
Turning
Grooving
(Chapter G)
External
Threading
(Chapter J)
Boring
(Chapter F)
E3
E
Small Tools
117.5°
117.5°
SVPB SVPP-FF
Screw Clamp Screw Clamp
Without Offset
E31 E33
¢
Back Turning
¢
External / Facing / Copying / Undercutting
¢
Tooling example (2) CNC Automatic lathe (Gang Type)
Tools installed on gang tool post + milling toolholder
2.8
4.2
AABS-40F
2.8
4.2
SABS-40F
4.2
4.7
AABW-40F
4.2
4.7
SABW-40F
8.2
4.7
AABW-50F
8.2
4.7
SABW-50F KTKF
Back Clamp
Edge Width: 2.8
ap: ~4.0
Screw Clamp
Edge Width: 2.8
ap: ~4.0
Back Clamp
Edge Width: 4.7
ap: ~4.0
Screw Clamp
Edge Width: 4.7
ap: ~4.0
Back Clamp
Edge Width: 4.7
ap: ~5.0
Screw Clamp
Edge Width: 4.7
ap: ~5.0
Screw Clamp
Edge Width: 1.5~3.8
Max. ap: 1.8~5.5
E17 E17 E18 E18 E19 E19 E12
Cut-Off
(Chapter H)
Back
Turning
Grooving
(Chapter G)
External External
Threading
(Chapter J)
Solid End Mill
(Chapter L)
Boring
(Chapter F)
Drilling
(Chapter K)
E4
E
Small Tools
Summary of Turning
Problems of machining with a conventional toolholder
Problems of Toolholder Installation
<Case 1>
During multiple passes,
when bar material returns
into guide bush, the burr
contacts and
breaks
guide bush.
<Case 2>
The workpiece burr
contacts the guide bush
and causes dimensional
variation.
<Case 3>
During multiple passes,
when bar material
returns into guide bush,
the chips contacts and
breaks guide bush.
<Case 4>
Bar material deviation
from the guide bush
disables machining.
When using a conventional toolholder,
1) Additional space is required for an
adapter.
2) Toolholder’s handling is difficult
due to limited space.
3) Necessary to buy an adapter.
4) An adapter may interfere with the
next toolpost.
¢
Swiss tool automatic lathe (Guide bush system)
Goose-neck holder is applicable to automatic lathes whose toolholder does not move to longitudinal direction (Z-axis direction).
l
In case of machining with the conventional toolholder
(Z-axis direction)
Movement of
the workpiece
(X-axis direction)
Toolholder motion
Guide bush
Bar material (Workpiece)
Short distance (Close to guide bush)
Goose-neck Holder is applicable to automatic
lathe that toolholder does not move to longitudinal
direction (Z-axis direction)
How to use
Goose-neck holder
For Swiss tool automatic lathe (Gang type tool post)
Adapter
Tool post
l
Problems of machining with the conventional toolholder
E5
E
Small Tools
¢
Advantages of Goose-neck Holder
Advantages of Using Goose-neck Holder
1) Machining precision improves by additional finishing process.
2) Chips do not come into the guide bush.
3) Better chip control due to large chip evacuation space.
When using Goose-neck HolderWhen using Goose-neck HolderWhen using Goose-neck Holder
When using Goose-neck HolderWhen using Goose-neck HolderWhen using Goose-neck Holder
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Goose-neck Holder
Tool post
Available for machining after
roughing without returning
bar material into guide bush,
preventing damages and
improving precision.
Available for roughing and finishing
with one Goose-neck Holder.
For better chip control
Pattern 1
Roughing
Threading
Optimum cutting edge
position and large
space for efficient chip
evacuation.
* With conventional
threading toolholders,
chip biting into guide
bush can cause
damages on threads.
Finishing
Roughing-Finishing
Pattern 2
Advantages of Toolholder installation
When using a Goose-neck holder
1) Maximum number of toolholders can be
attached.
2) No interference with next toolpost.
E6
E
Small Tools
Summary of Turning
Ref. to Page
R34
~
R41
for Tooling Layout and Automatic Lathe List by Manufacturer.
¢
External Sleeve Holder
More tools attachable to CNC Automatic Lathe!
Limit to attachable tools at intricate part machining
Use External Sleeve Holder Tools
S...SCLC S...SDUC S...SDLC S...SVUB(C)
Screw Clamp
Shank Dia.
φ
12~
φ
25.4
Screw Clamp
Shank Dia
φ
14~
φ
25.4
Screw Clamp
Shank Dia
φ
12~
φ
25.4
Screw Clamp
Shank Dia
φ
12~
φ
25.4
E34 E35 E35 E36
5r 3r 5r 3r
Ref. to Page R34
~
R41 for Tooling Layout and Automatic Lathe List by Manufacturer.
¢
Tooling Example (3) CNC Automatic Lathe
(Opposed Gang Type)
External / Facing
External / Copying
Grooving
Threading
Boring
l Finishing by Sleeve Holder
1) Roughing by grooving toolholder
2) Finishing by Sleeve Holder improves chip control
and reduces cutting time
(Chapter G)
(Chapter J)
(Chapter F)
E7
E
Small Tools
Newly designed negative inserts (double-sided) enable high productivity and stability
by economical doubled insert edge numbers
Sharp cutting equivalent to positive inserts (single-sided)
Applications
External / Facing
External / Up Facing
External / Copying
Cutting Edge Angle
95° 95° 95°
Screw Clamp
(Without Offset)
Ref. to Page
E38 E39 E38
¢
Toolholders for Small Double Sided Tooling (Screw Clamp)
Applications External / Chamfering
External / Facing /
Chamfering
External Facing
Cutting Edge Angle
45° 60° 45° 75° 91° 15° -1°
Top Clamp
CSDP CTTP CSSP CSBP CTGP CSKP CTFP
Ref. to Page
E42 E43 E42 E42 E43 E42 E43
¢
Top Clamp (For Insert without Hole)
Applications
External / Facing
External / Up Facing
Cutting Edge Angle
95° 95°
Lever Lock
(Without Offset)
Ref. to Page
E40 E41
The Lever lock type is available for small tools for external machining.
¢
Toolholder for Double Sided Tooling for Automatic Lathe
(Lever Lock, Without Offset)
B
H1
L2
95°
L1
PTLNR1620JX-16FF
F1S
L2
L1
95°
BH1
PCLNR1620JX-12FF
F1S
Ref. to Page R34
~
R41 for Tooling Layout and Automatic Lathe List by Manufacturer.
¢
Tooling Example (4)
Cut-Off
(Chapter H)
Back
Turning
External External
Grooving
(Chapter G)
Threading
(Chapter J)
Boring
(Chapter F)
Drilling
(Chapter K)
SCLN STLN
PCLN-FF
SDLN
PTLN-FF
E8
E
Small Tools
Advice on one point
1) Choose a chipbreaker applicable for varying ap
l
Applicable to high precision cutting, sharp cutting due to
periphery ground edge
l
Superior surface finish due to anti-adhesion polished edge
2) Improve chip control dividing tool passes into 2; roughing and finishing
l
When chip control is not good in 1 pass machining,
Use Goose-neck Holders or Sleeve Holders
¢
How to choose toolholders to improve productivity in external turning
Applications Tooling Example Toolholder Advantages Workpiece Dia.
Medium-roughing of steel
(Radial ap: mm)
Medium-roughing
SCLN-FF
SDLN-FF
STLN-FF
Small Double Sided Tooling
(Screw Clamp)
Cost reduction Over
φ
6 ap=~2.5mm
PCLN-FF
PTLN-FF
Toolholder for Double Sided Tooling
for Automatic Lathe (Lever Lock)
+ FP-TK Chipbreaker
Cost reduction Over
φ
16 ap=1.5~5mm
Medium-roughing
+
Finishing
Ref. to Page E9
Fig.1
Small Double Sided Tooling
(Screw Clamp)
Cost reduction Under
φ
16 ap=~2.5mm
Goose-neck Holder
(External Sleeve Holder)
Chip Control - -
Ref. to Page E9
Fig.2
Toolholder for Double Sided Tooling
for Automatic Lathe (Lever Lock)
+ FP-TK Chipbreaker
Cost reduction
φ
16~
φ
32 ap=1.5~5mm
Goose-neck Holder
(External Sleeve Holder)
Chip Control - -
Ref. to Page E9
Fig.3
Toolholder for Grooving
Long curled chips are
evacuated toward a
fixed direction.
φ
16~
φ
32 ap=over 4mm
Goose-neck Holder
(External Sleeve Holder)
Chip Control - -
ap(mm)ap(mm)
ap(mm)ap(mm)
Steel
Stainless Steel
Steel
Stainless Steel
GQ
GF
CF
0.1 0.150.05 0.2
3
4
5
2
1
GQ
GF
CF
0.1 0.150.05 0.2
3
4
5
2
1
0.1 0.150.05 0.2
3
4
5
2
1
0.1 0.150.05 0.2
3
4
5
2
1
CK
General purpose
CK
General purpose
SK
Finishing
SK
Finishing
f(mm/rev)
·
Chip Control Oriented
·
Low Cutting Force
f(mm/rev)
f(mm/rev) f(mm/rev)
After roughing
<Case>
Bad chip control
Roughing and finishing at one time
by conventional toolholder
Countermeasures (1)
Finishing by Goose-neck Holder
Countermeasures (2)
Finishing: Move Sleeve Holder forward
¢
Chip control improvement at external machining
E9
E
Small Tools
<Roughing>
Use Small Double Sided Tooling
Guideline for roughing: ap=~2.5mm
Improvement of Finishing (2)
Use External Sleeve Holder
<Roughing>
Use FP-TK Chipbreaker (G-class negative insert)
Guideline for roughing: ap=1.5~5mm
<Roughing>
Use grooving toolholder
Guideline for roughing: ap= over 4mm
Improvement of Finishing (2)
Use External Sleeve Holder
Improvement of Finishing (2)
Use External Sleeve Holder
Improvement of Finishing (1)
Use Goose-neck Holder
Improvement of Finishing (1)
Use Goose-neck Holder
Improvement of Finishing (1)
Use Goose-neck Holder
l
External toolholder selection for productivity improvement
Fig.1
Fig.2
Fig.3
E10
E
Small Tools
Summary of Turning
Cutting tool for small workpiece
KTKF
Inserts and toolholders are compatible
Inserts for back turning
TKFB
KTKF is applicable to back turning, threading and cut-off with one toolholder
Molded Chipbreaker
(GQ Chipbreaker)
Improved chip control
Insert Grades for Steel Machining
PR1425
Insert Grades for
Stainless Steel Machining
PR1535
"TKF..L-ASR" type is
added in "TKF-AS" PCD inserts
TKF-AS
GQ Chipbreaker
Small Dia. Cut-Off Back Turning Threading
l
Tooling example of KTKF toolholder
l
Details of cutting edge
Small machining General purpose Large machining
(2.6)
S
1. 5
(4.6)
S
2.8
(6.3)
S
3.8
Description
Cutting Edge Length
S
Description
Cutting Edge Length
S
Description
Cutting Edge Length
S
TKFB12R15..
2.1
TKFB12R28..
4.2
TKFB16R38..
5.8
- -
TKFB12L28..
4.4
TKFB16L38..
6.2
For small diameter and short length
workpiece
Stable machining with minimum
overhang
For general purpose
Good chip control
Large ap at one pass
Ref. to Page E12 Ref. to Page E12
Cut-Off
(Chapter H)
Back
Turning
Grooving
(Chapter G)
External External
Threading
(Chapter J)
Cut-Off
(Chapter H)
Back
Turning
External External Grooving
(Chapter G)
Threading
(Chapter J)
Solid End Mill
(Chapter L)
Boring
(Chapter F)
Drilling
(Chapter K)
Boring
(Chapter F)
Drilling
(Chapter K)
N E W
E11
E
Small Tools
l
Specification may change without any prior notice.
l
Due to the installation size contrains on the machine, the toolholder length of some products
may not match with the symbol.
UL
Small Tools Identification System
¢
Square Shank Identification System
¢
External Sleeve Holder Identification System
C L 09S C LK
20
S
Shank
S
Toolholder Length
F
:
80
(85)
G
:
90
H
:
100
K
:
125
(120)
S
:
Screw Clamp
C
:
80° Rhombic
D
:
55° Rhombic
V
:
35° Rhombic
L
:
Left-hand
Clamping System Insert Shape Hand of Tool
Bar Diameter Insert Relief Angle Insert Size
B
: 5° Positive
C
: 7° Positive
α
L
D
L
V
C
L
Cutting Edge Angle
Steel
95
°
95°
93
°
B
: 5° Positive
Cutting Edge Angle
Insert Relief Angle
Toolholder Length Insert Size
Clamping System Insert Shape Hand of Tool Shank Width Others
A
: Back Clamp
Shank Height
(mm)
S CLCR1212JX09
C
: 7° Positive
N
: 0° Negative
P
: 11° Positive
Manufacture's Option
Shank Width
(mm)
C
: Top Clamp
P
: Lever Lock
S
: Screw Clamp
R
: Right-hand
S
: 90° Square
T
: 60° Tr iangle
L
: Left-hand
N
: Neutral
Shank Height
Optional Mark
or Number
e.g.)
FF: Without Offset
C
: 80° Rhombic
D
: 55° Rhombic
V
: 35° Rhombic
FF
: 80
F
H
JX
: 120
(85)
: 100
K
: 125
M
: 150
D
L
D
L
V
T
L
C
L
L
S
L1
(mm)
P
117.5°
V
72.5°
S
45°
K
75°
A
90°
T
60°
L
95°
95°
N
63°
F
90°
G
90°
J
93°
B
75°
D
45°
l Some back turning toolholders are Kyocera's original products, therefore their descriptions are not accordant with international standards.
E12
E
Small Tools
Toolholders for Back Turning (TKFB Insert)
N
: Std. Item
Screw Clamp
¢
KTKF / KTKF Goose-neck Holder
L1
B
F1
T
H1
h
h
L2
2
60°
F1
F2
KTKF1616JX-..
(
F2=10mm
)
KTKF2020JX-..
(
F2=12mm
)
shows above figure
KTKF1010JX-..
shows above figure
KTKF2020..
shows above figure
l
Right-hand shown
Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder
.
l
Left-hand shown Left-hand Insert for Left-hand Toolholder.
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Drawing
Spare Parts
Applicable
Inserts
Clamp Screw Wrench
R L
H1=h B L1 L2 F1 T
KTKF&
1010JX-12
N N
10 10
120
15 10
6
Fig.1
SB-4590TRWN LTW-10S TKFB12&
1212JX-12
N N
12 12
-
12
1616JX-12
N N
16 16 16
2020JX-12
N N
20 20 20
KTKF& 1010JX-16
N N
10 10
120
20 10
8 SB-4590TRWN LTW-10S TKFB16&
1212JX-16
N N
12 12
-
12
1616JX-16
N N
16 16 16
2020JX-16
N N
20 20 20
KTKF& 1212F-12
N N
12 12 85 - 12
6
SB-4590TRWN LTW-10S
TKFB12&
1212F-16
N N
8 TKFB16&
KTKFL 1216JX-12
N
12 16
120 -
16
6 Fig.2 SB-4590TRWN LTW-10S TKFB12L …
1620JX-12
N
16 20 20
· Dimension T shows the distance from the Toolholder to the cutting edge.
l
Applicable Inserts
(Ref. to Page B80)
Insert
Photo shows Right-hand
Description
Corner-R (r
ε
)
(mm)
W
a
rH
B
Id
T
H
60°
TKFB 12R15005M < 0.05
12R28005M < 0.05
12R28010M < 0.1
TKFB 16R38005M < 0.05
16R38010M < 0.1
TKFB 12L28005MR < 0.05
12L28010MR < 0.1
TKFB 16L38005MR < 0.05
16L38010MR < 0.1
Recommended Cutting Conditions E45
l
Applicable Inserts
(Molded Chipbreaker, Ref. to Page B81)
Insert
Description
Corner-R (r
ε
)
(mm)
l
Right-hand shown
TKFB
12R28005-GQ
0.05
12R28015-GQ
0.15
TKFB
16R38005-GQ
0.05
16R38015-GQ
0.15
Recommended Cutting Conditions E45
φd
W
H
r
ε
T
15°
θ
0.4
a
B
<Goose-neck Holder>
Combination of Toolholders and Inserts
Toolholder
Insert
Right-hand R
Right-handR
Toolholder
Insert
Left-hand L
Left-handL
L1
T
BH1
h
F1
T
F1
8
L1
T
BH1
h
F1
T
F1
8
Id
60°
rH
T
H
a
W
60°
a
W
B
rH
Id
T
H
TKFB12R
TKFB12L
l
Right-hand shown
l
Left-hand shown
Fig.1
Fig.2
KTKFL1620JX-12
shows above figure
E13
E
Small Tools
TKFB type GQ Chipbreaker for back Turning
Solution for problems in the conventional back-turning tools
Original 3D molded chipbreaker realizes excellent surface finish by smooth chip control
Point1Point1
Original double-function chipbreaker
for improved chip control
Function 2:
Grooving
Preventing chip
biting
Good surface
roughness
GQ Chipbreaker
Competitor A (Ground Chipbreaker)
Preventing chip
entanglement
Function 1:
Turning
Stable chip
control
GQ Chipbreaker
Competitor A
(Ground Chipbreaker)
Point2Point2
Excellent surface finish by preventing chip biting and clogging
¢
Surface finish comparison
Cutting Conditions : Vc=100m/min ap=3.0mm f=0.02mm/rev (Grooving), 0.05mm/rev (Turning)
Workpiece material : S45C Wet
TKFB GQ Chipbreaker Competitor B (Ground Chipbreaker)
Workpiece
surface
Facing External Facing External
Rz=2.92
mRz=2.92
m Rz=3.85
mRz=3.85
m Rz=31.23
mRz=31.23
m Rz=7.67
mRz=7.67
m
Excellent surface Chip biting
GQ Chipbreaker realizes excellent surface finish with single pass. Suitable for cycle time reduction.
E14
E
Small Tools
Toolholders for Back Turning (TKFB Insert)
¢
How to select back turning toolholder hand
¢
Workpiece movement and tool hand selection
l
In roughing and finishing
Right-hand
Guide bush
Machining near the guide bush is possible
Narrow cutting edge width of TKFB12R15005M
"
Optimum for small parts and high precision machining
Left-hand
burrs
Guide bush
Machining with a distance from guide bush
Good chip control due to large space between the guide bush and the tool.
"
Excellent chip control in roughing and finishing (plural passes)
Stable accuracy of external diameter dimension:
When burrs occur, if a Left-hand toolholder is used, it is not necessary to return
workpiece into guide bush in finishing.
Also, Left-hand toolholders prevent guide bush wear caused by chip biting.
Roughing Workpiece position after roughing Finishing
Right-hand
burrs
Guide bush
burrs
Left-hand
burrs
Guide bush
burrs
* Good dimension accuracy: If a Left-hand toolholder is used, burrs on workpiece generated in roughing do not damage the guide bush in finishing.
The workpiece burr does not
contact the guide bush.
¢
Details of cutting edge and how to select
l
Details of cutting edge
Small machining General purpose Large machining
(2.6)
S
1. 5
(4.6)
S
2.8
(6.3)
S
3.8
Description
Cutting Edge Length
S
Description
Cutting Edge Length
S
Description
Cutting Edge Length
S
TKFB12R15..
2.1 TKFB12R28.. 4.2 TKFB16R38.. 5.8
- - TKFB12L28.. 4.4 TKFB16L38.. 6.2
For small diameter and short
length workpiece
Stable machining with minimum overhang
For general purpose
Good chip control
Large ap at one pass
l
Selection
In case ap is same, if the insert with narrower
edge width is used, overhang length from the
guide bush is shorter, which enables better
stability due to less workpiece deection.
High precision machining
Small machining
TKFB12R15..
General purpose
TKFB12R28..
E15
E
Small Tools
¢
Chip control improvement in back turning
¢
Countermeasure against peeled surface in face back turning
When peeled surface occurs on the workpiece face, please apply the countermeasures below.
l
Countermeasures 1
Face finishing
l
Countermeasures 2
Face finishing after grooving
External
(2)
Face finishing
(1)
Plunging
(2)
Face finishing
External
(1)
Machining by grooving toolholder
Chip control improvement by tool pass changes I Chip control improvement by tool pass changes II
Roughing
l
Roughing with grooving tools
(1) GMM2420-020MW (Grooving)
l
Pre-Stage machining is processed with solid end mill
(1) 2FESW040-040-04(Solid End Mill)
Finishing
(Countermeasures 1)
Use Right-hand
toolholder
(1) When using TKFB12R28010M (for back turning / right hand)
Advantages : Good surface roughness
Disadvantages : If a machining pass is long, the guide
bush can not support the workpiece.
(1) When using TKFB12R28010M (for back turning / right hand)
Advantages: 1. Minimal deflection in long machining passes
2. Chips are broken into small pieces, though the
workpiece material is sticky.
Disadvantages: The pre-stage machining may cause fractures,
because of interrupted machining.
Finishing
(Countermeasures 2)
Use Left-hand
toolholder
(2) When using TKFB12L28010M (for back turning / left hand)
Advantages: 1. Good surface roughness
2. High precision machining if the machined
portion does not contact the guide bush.
Disadvantages: If a machining pass is long, the guide bush
can not support the workpiece.
(2) When using TKFB12L28010M (for back turning / left hand)
Advantages: 1.
Minimal deflection in long machining passes
2.
Chips are broken into small pieces, though
the workpiece material is sticky.
3.
High precision machining if the machined
portion does not contact the guide bush.
Disadvantages:
The pre-stage machining may cause
fractures, because of interrupted machining.
E16
E
Small Tools
External Inserts [For KTKF Toolholder]
Insert
Photo shows Right-hand
Description
Turning / Grooving
H
θ
S
rH
W
±0.03
rH
Id
B
T
h1
l
Right-hand shown
TKF12&
200-AS
250-AS
TKF16& 250-AS
θ
S
rH
rH
Id
B
T
h1
H
W
±0.03
l
Insert hand: Left-hand /
PCD edge hand: Right-hand
TKF12L
200-ASR
250-ASR
TKF16L 250-ASR
Grooving
(Turning is possible)
H
θ
S
rH
W
±0.03
rH
Id
B
T
h1
l
Right-hand shown
TKF12&
150-NB
200-NB
250-NB
250-NB4.5
¢
When using TKF-AS type Inserts
The KTKF toolholder can be used as a multi-functional tooling for non-ferrous metals and non-metals when combined with a TKF-AS insert. (Fig.1)
Example of spool machining
l
Applicable Inserts (Ref. to Page C32)
l
Applicable Range
ap (mm)
ap (mm)
f (mm/rev)
f (mm/rev)
6
5
4
3
2
1
0
0.1 0.2
6
5
4
3
2
1
0
0.1 0.2
TKF16-AS/-ASRTKF12-AS/-ASR
*PCD Inserts for turning and Grooving
*Not recommended for cut-off
Fig.1 Example of the pass of KTKF toolholder + TKF-AS insert
h
H1
KTKF toolholder
h
1
H1
KTKF toolholder
Fig.3 When a TKF-NB inserts is attached
Fig.2 When a TKF-AS / -ASR insert is attached
(The cutting edge is 1mm lower than the center line)
Note 1) The cutting edge of the TKF-AS / -ASR will be 1 mm lower
than the center line when attached to the KTKF toolholder
(Ref. to Fig.2). Adjust the height by making NC lathe
parameter settings or inserting a plate.
2) If the 1 mm adjustment is not possible, use the TKF..-NB.
(Ref. to Fig.3)
Applicable Toolholders E12
Recommended Cutting Conditions
E45
Inserts Identification System
Insert Hand
R: Right-hand
L: Left-hand
Insert
Type
Insert
Size
Width
(Edge Width)
Name of Chipbreaker
AS: AS Chipbreaker
NB:
Without Chipbreaker
PCD insert hand
Without Indication:
The edge hand is same
as the insert hand.
R: Right-hand
TKF 12 R 200
-
AS
TKF 12 L 200
-
AS R
E17
E
Small Tools
N
: Std. Item
Toolholders for Back Turning [ABS15 Insert]
Back Clamp / Screw Clamp
¢
AABS-40F (Edge Width: 2.8mm, MAX. Depth: 4mm)
* Lock Screw is operated from this direction.
hF1
30˚
L2
H2
4.2
L1
H1
B
l Right-hand shown
¢
SABS-40F (Edge Width: 2.8mm, MAX. Depth: 4mm)
hF1
30˚
4.2
L2
H1
B
l
Right-hand shown
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Clamp Screw Wrench
H1=h
H2 B L1 L2 F1
AABSR
1010JX-40F
N
10
-
10
120 -
10.2
0 . 15
LPA-11
HSB4X8R - FH-21212JX-40F
N
12 12 12.2 LPA-13
1616JX-40F
N
16 16 16.2 LPA-17
SABSR
1010JX-40F
N
10
-
10
120 -
10.2
0.15
- - SB-3080TR FT-101212JX-40F
N
12 12 12.2
1616JX-40F
N
16 16 16.2
SABSR
1212F -40F
N
12
-
12 85
-
12.2
0.15
- - SB-3080TR FT-10
2020K -40F
N
20 20 125 20.2
Insert
Description
Corner-R (r
ε
)
(mm)
Ref. to
Page
7. 0
4.2
15.4
rH
30˚
15˚
2.8
4.2
3.97
0.4
ABS 15R4005
15R4015
0.05
0.15
B82
ABS 15R4005M
15R4015M
<
0.05
<
0.15
Applicable Range
ABS15
(Steel)
0.20.1
6
5
4
3
2
1
0
f (mm/rev)
ap (mm)
l
Applicable Inserts
Recommended Cutting Conditions
E45
E18
E
Small Tools
N
: Std. Item
¢
AABW-40F (Edge Width: 4.7mm, MAX. Depth: 4mm)
l
Toolholder Dimensions
* Lock Screw is operated from this direction.
hF1
45˚
L2
H2
4.2
L1
H1
B
l
Right-hand shown
¢
SABW-40F (Edge Width: 4.7mm, MAX. Depth: 4mm)
hF1
45˚
4.2
L1
H1
B
l
Right-hand shown
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Clamp Screw Wrench
H1=h
H2 B L1 L2 F1
AABWR
1010JX-40F
N
10
-
10
120 -
10.2
0.15
LPA-11
HSB4X8R - FH-21212JX-40F
N
12 12 12.2 LPA-13
1616JX-40F
N
16 16 16.2 LPA-17
SABWR
1010JX-40F
N
10
-
10
120 -
10.2
0.15
- - SB-3080TR FT-101212JX-40F
N
12 12 12.2
1616JX-40F
N
16 16 16.2
SABWR 2020K -40F
N
20 - 20 125 - 20.2
0.15
- - SB-3080TR FT-10
Toolholders for Back Turning [ABW15 Insert]
Back Clamp / Screw Clamp
l
Applicable Inserts
Applicable Range
(Steel)
0.20.1
6
5
4
3
2
1
0
f (mm/rev)
ABS15
ap (mm)
Insert
Description
Corner-R (r
ε
)
(mm)
Ref. to
Page
7 . 0
4 . 2
1 5 . 4
rε
4 5 °
1 5 °
4 . 7
4 . 2
3 . 9 7
0 . 6
ABW 15R4005
15R4015
0.05
0.15
B82
ABW 15R4005M
15R4015M
<
0.05
<
0.15
Recommended Cutting Conditions
E45
E19
E
Small Tools
N
: Std. Item
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Clamp Screw Wrench
H1=h
H2 B L1 L2 F1
AABWR
1010JX-50F
N
10
-
10
120 -
10.2
0.15
LPA-11
HSB4X8R - FH-21212JX-50F
N
12 12 12.2 LPA-13
1616JX-50F
N
16 16 16.2 LPA-17
SABWR
1010JX-50F
N
10
-
10
120 -
10.2
0.15
- - SB-3080TR FT-101212JX-50F
N
12 12 12.2
1616JX-50F
N
16 16 16.2
SABWR 2020K -50F
N
20 - 20 125 - 20.2
0.15
- - SB-3080TR FT-10
¢
AABW-50F
(Edge Width: 4.7mm, MAX. Depth: 5mm)
¢
SABW-50F
(Edge Width: 4.7mm, MAX. Depth: 5mm)
l
Toolholder Dimensions
* Lock Screw is operated from this direction.
h
L2
H2
F1
40˚
8.2
H1
L1
B
l
Right-hand shown
hF1
8.2
40˚
H1
L1
B
l
Right-hand shown
Toolholders for Back Turning [ABW23 Insert]
Back Clamp / Screw Clamp
l
Applicable Inserts
Applicable Range
ABW23
(Steel)
0.20.1
6
5
4
3
2
1
0
f (mm/rev)
ap (mm)
Insert
Description
Corner-R (r
ε
)
(mm)
Ref. to
Page
2 3 . 4
r
ε
4 0 °
1 5 °
3 . 9 7
5 . 1
7 . 0
4 . 7
8 . 2
0 . 5
ABW23R5005
ABW23R5015
0.05
0.15
B82
ABW23R5005M
ABW23R5015M
<
0.05
<
0.15
Recommended Cutting Conditions
E45
E20
E
Small Tools
Goose-neck Holder [DC
££
Insert]
Screw Clamp
l
Goose-neck holder is available for multiple passes at roughing and finishing!
<Solution 1>
The workpiece burr
does not contact
the guide bush and
no breakage will be
caused!
<Solution 2>
Longitudinal dimension
will be stable.
External diameter
will be stable owing
to multiple pass
machining (roughing
and finishing).
<Solution 3>
Large space for chip
evacuation!
Better and smooth chip
control.
Applications
Minute ap Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Low Feed
Ref. to Page B55 B55 B56 B56 B56 B58 B58 B59 B59 B60
Insert
Toolholder Description
CF GF PP GK GQ R-F R-FSF (E/F) R-U FR-USF (E/F)R-J
SDJCR..-11-F..
DCGT11T3..
DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3.. DCGT11T3..
Applications
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
Ref. to Page B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
FR-JSF XP XQ MQ
Without Chipbreaker
AH R-A3 PCD CBN
SDJCR..-11-F..
DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
Recommended Cutting Conditions
E44
l
Applicable Inserts
SDJCR1620JX-11-F05
shows above figure
l
Right-hand shown
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
H1=h
B L1 L2 F1 F2 S
SDJCR 1216JX-11-F05
N
12 16
120 12.6
18 2 5
0.2 SB-4085TR FT-15
1216JX-11-F15
N
28 12 15
1620JX-11-F05
N
16 20
20 - 5
1620JX-11-F15
N
28 8 15
¢
SDJC
(External / Copying)
l
Toolholder Dimensions
N
: Std. Item
S
70°
B
H1
L1
h
L2
93°
32°
F1
F2
27
93°
32°
F1
S
S
70°
B
H1
L1
h
L2
93°
32°
F1
F2
27
93°
32°
F1
S
E21
E
Small Tools
Screw Clamp
l
Right-hand shown
l
Applicable Inserts
Applications
Minute ap Finishing Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B76 B76 B76 B77 B77 B77
Insert
Toolholder Description
CF CK GF R-FSF FR-U FR-USF
SVLPR...-11-F..
VPGT1103.. VPGT1103.. VPGT1103.. VPET1103.. VPET1103.. VPET1103..
Recommended Cutting Conditions
E44
l
One toolholder for complex shape workpiece
Toolholder for VP type insert is available!
Complex shape workpiece can be processed with one
toolholder.
It can be used for undercutting and external / face finishing.
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
H1=h
B L1 L2 F1 F2 S
SVLPR 1216JX-11-F15
N
12 16
120 12 26
10
15 0.2 SB-2570TR F T- 8
1620JX-11-F15
N
16 20 6
¢
SVLP
(External / Copying)
l
Toolholder Dimensions
N
: Std. Item
Goose-neck Holder [VP
££
Insert]
L2
L1
S
F2
h1
70°
27
F1
95°
50°
B
H1
E22
E
Small Tools
N
: Std. Item
¢
ACLC-FF (Without Offset) (External / Facing)
l
Toolholder Dimensions
l
Applicable Inserts
F1
2
95˚
h
16
F1
H1 B
L2
H2
* Lock Screw is operated from this direction.
95˚
L1
S
S
ACLC 1010JX-09FF
shows above figure
95˚
l
Right-hand shown
Applications
Finishing
Finishing-Medium Finishing-Medium
Low Feed
Stainless Steel
Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B48 B49 B48, B49 B52 B50 B53 B52 B53 C24 C14
Insert
Toolholder Description
GF GK GQ (E/F)
&-U
MQ
Without Chipbreaker
AH
&-A3
P CD
CBN
ACLC&...-06FF
CCGT0602.. CCMT0602.. CCGT0602.. CCGT0602.. -
CCGW0602..
- -
CCMT0602..
CCGW0602..
CCMW0602..
ACLC&...-09FF
CCGT09T3.. CCMT09T3.. CCGT09T3.. CCGT09T3.. CCMT09T3..
CCGW09T3..
CCGT09T3.. CCGT09T3..
CCMT09T3..
CCGW09T3..
CCMW09T3..
Recommended Cutting Conditions
E44
l
Back Clamp Holders
Easy insert replacement,
including with gang-tooling
The lock screw can be
operated from the
back side.
Conventional tool is not
available for gang-tooling.
1.
The lock screw can be operated from the back side and
allows simple insert replacement on Swiss type automatic
lathes. (Fig.1)
2. Simple insert replacement by slightly turning the wrench.
3. Rigid clamping with anchor pin and lock screw. (Fig.2)
(Fig.1)
Insert
Anchor Pin
(Fig.2)
Lock Screw
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Wrench
R L
H1=h
H2 B L1 L2 F1 S
ACLC&
1010JX-06FF
N N
10 - 10 120 - 10
0 0.2
LPF-11
HSB4X8& FH-2
1010JX-09FF
N N
10
2
10
120
16 10
LPF-13
1212JX-09FF
N N
12
-
12
-
12
1616JX-09FF
N N
16 16 16
LPF-17
· Lock Screw: HSB4×8R for Right-hand Toolholder, HSB4×8L for Left-hand Toolholder.
External Toolholders [CC
££
Insert]
Back Clamp
E23
E
Small Tools
External Toolholders [CC
££
Insert]
Screw Clamp
¢
SCLC-FF
(Without Offset) (External / Facing)
L2
S
S 2.5
95˚
F1
95˚
L1
F1
H1
h
B
SCLC 1010JX-09FF
shows above figure
l
Right-hand shown
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 F1 S
SCLC&
0808F-06FF
N N
8 8
85 -
8
0
0.2
SB-2570TR FT-8
1212F-09FF
N N
12 12 12 SB-4085TR FT-15
SCLC&
1010JX-06FF
N N
10 10
120
- 10
0
0.2
SB-2570TR FT-8
1010JX-09FF
N N
10 10 15 10
SB-4085TR FT-15
1212JX-09FF
N N
12 12
-
12
1616JX-09FF
N N
16 16 16
95˚
¢
SCLC
(External / Facing)
95˚
F1
2
95˚
h
16
F1
L2
95˚
L1
H1
B
SCLC 1010F-09
shows above figure
l
Right-hand shown
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench Wrench
R L
H1=h
B L1 L2 F1
SCLC&
1010F -06
N N
10 10 80 9 12
0.2 SB-2570TR FT-8 -
1010F -09
N N
10 10 80
14
14
0.2 SB-4085TR FT-15 -
1212H -09
N N
12 12
100
16
1616H -09
N N
16 16 15 20
2020K -09
N N
20 20 125 20 25
2525M -09
N N
25 25 150 22 32
1616H -12
N N
16 16 100 20 20
0.4 SB-5090TR - LTW-20
2020K -12
N N
20 20 125
22
25
2525M -12
N N
25 25 150 32
l
Applicable Inserts (SCLC-FF / SCLC)
Applications
Finishing
Finishing-Medium Finishing-Medium
Low Feed
Stainless Steel
Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page B48 B49 B48, B49 B52 B50 B53 B52 B53 C24 C14
Insert
Toolholder Description
GF GK GQ (E/F)
&-U
MQ
Without Chipbreaker
AH &-A3
P CD
CBN
SCLC&...-06FF/-06
CCGT0602.. CCMT0602.. CCGT0602.. CCGT0602..
-
CCGW0602..
- -
CCMT0602..
CCGW0602..
CCMW0602..
SCLC&...-09FF/-09
CCGT09T3.. CCMT09T3.. CCGT09T3.. CCGT09T3..
CCMT09T3..
CCGW09T3..
CCGT09T3.. CCGT09T3..
CCMT09T3..
CCGW09T3..
CCMW09T3..
SCLC&...-12
- CCMT1204.. - -
-
-
- CCGT1204.. - -
Recommended Cutting Conditions E44
N
: Std. Item
E24
E
Small Tools
N
: Std. Item
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Wrench
R L
H1=h
H2 B L1 L2 F1 F2 S
ADJC&
1010JX-07FF
N N
10 - 10
120
- 10 -
0
0.2 LPF-11
HSB4X8& FH-2
1010JX-11FF
N N
10 2 10
20
10 3
0.2
LPF-13
1212JX-11FF
N N
12
-
12 12 1
1616JX-11FF
N N
16 16 - 16 - LPF-17
· Lock Screw: HSB4×8R for Right-hand Toolholder, HSB4×8L for Left-hand Toolholder.
¢
ADJC-FF
(Without Offset) (External / Copying)
l
Toolholder Dimensions
l
Applicable Inserts
l
Right-hand shown
32˚
F2
H2
L2
S
S
*
Lock Screw is operated from this direction.
93˚
32˚
L2
F1
32˚
L1
F1
B
H1
h
ADJC1010JX-11FF
ADJC1212JX-11FF
shows above figure
32˚
F2
H2
L2
S
S
*
Lock Screw is operated from this direction.
93˚
32˚
L2
F1
32˚
L1
F1
B
H1
h
ADJC1010JX-11FF
ADJC1212JX-11FF
shows above figure
External Toolholders [DC
££
Insert]
Back Clamp
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B55 B55 B55,B56 B56 B56 B56 B58 B58 B59 B59
Insert
Toolholder Description
CF GF CK PP GK GQ
&-F &-FSF
(E/F) &-U F&-USF
ADJC&...-07FF
DCGT0702..
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCGT0702..
DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
ADJC&...-11FF
DCGT11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
Applications
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
Ref. to Page B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
(E/F)&-J F&-JSF XP XQ MQ
Without Chipbreaker
AH
&-A3
PCD CBN
ADJC&...-07FF
DCET0702..
-
DCMT0702..
-
DCMT0702..
DCGW0702..
- -
DCMT0702..
DCMW0702..
ADJC&...-11FF
DC_T11T3.. DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
Recommended Cutting Conditions E44
E25
E
Small Tools
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 F1 F2 S
SDJC&
0808F -07FF
N N
8 8
85
14 8 0.5
0 0.2
SB-2570TR F T- 8
1212F -11FF
N N
12 12 20 12 1 SB-4085TR F T- 15
SDJC&
1010JX-07FF
N N
10 10
120
- 10 -
0
0.2 SB-2570TR F T- 8
1010JX-11FF
N N
10 10
20
10 3
0.2 SB-4085TR F T- 15
1212JX-11FF
N N
12 12 12 1
1616JX-11FF
N N
16 16 - 16 -
¢
SDJC
(External / Copying)
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 F1
SDJC& 1010F -07
N N
10 10 80 12
12
0.2 SB-2570TR F T- 8
SDJC&
1010F -11
N N
10 10 80
18
12
0.2 SB-4085TR F T- 15
1212H -11
N N
12 12
100
16
1616H -11
N N
16 16 20
2020K -11
N N
20 20 125 25
2525M -11
N N
25 25 150 23 32
F1
32°
L2
B
H1
93°
h
L1
93°
32°
l
Right-hand shown
l
Applicable Inserts
External Toolholders [DC
££
Insert]
Screw Clamp
¢
SDJC-FF
(Without Offset) (External / Copying)
F2
32°
h
SF1
S
L2
F1
32°
L1
BH1
SDJC0808F-07FF
SDJC1010JX-11FF
SDJC1212..-11FF
shows above figure
93˚
32˚
l
Right-hand shown
N
: Std. Item
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B55 B55 B55,B56 B56 B56 B56 B58 B58 B59 B59
Insert
Toolholder Description
CF GF CK PP GK GQ
&-F &-FSF
(E/F)&-U F&-USF
SDJC&...-07FF/-07
DCGT0702..
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCGT0702..
DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
SDJC&...-11FF/-11
DCGT11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
Applications
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
Ref. to Page B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
(E/F) &-J F&-JSF XP XQ MQ
W i t h o u t Ch i p b r e a k e r
AH
&-A3
PCD CBN
SDJC&...-07FF/-07
DCET0702.. -
DCMT0702..
-
DCMT0702..
DCGW0702..
- -
DCMT0702..
DCMW0702..
SDJC&...-11FF/-11
DC_T11T3.. DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
Recommended Cutting Conditions E44
E26
E
Small Tools
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 F1 F2 S
SDLC&
1010JX-07FF
N N
10 10
120
10
- 0 0.2 SB-2570TR F T- 8
1212JX-07FF
N N
12 12 12
1616JX-07FF
N N
16 16 16
SDLC&
1010JX-11FF
N N
10 10
120
10 4
0 0.2 SB-4085TR F T- 1 5
1212JX-11FF
N N
12 12 12 2
1616JX-11FF
N N
16 16 16 -
SDLC&
1212F -07FF
N N
12 12 85 12 - 0 0.2 SB-2570TR F T- 8
SDLC&
1010F -11FF
N N
10 10 80 10 4
0 0.2 SB-4085TR F T- 1 5
1212F -11FF
N N
12 12 85 12 2
1616H -11FF
N
16 16 100 16 -
¢
SDLC-FF
(Without Offset) (External / Copying)
95˚
hF1S
30˚
BH1
L1
20
F2F1S
95˚
30˚
SDLC1010 ..-11FF
SDLC1212
..-11FF
shows above figure
l
Right-hand shown
95˚
30˚
External Toolholders [DC
££
Insert]
Screw Clamp
l
Applicable Inserts
(SDLC-FF / SDXC)
¢
SDXC
(External / Facing / Copying)
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 F1
SDXC&
1010JX-07
N N
10 10
120
12 0.2 SB-2570TR F T- 8
1010JX-11
N N
10 10 12
0.2 SB-4085TR F T- 15
1212JX-11
N N
12 12 16
1616JX-11
N N
16 16 20
F1
4
20
h
H1 B
F1
20
°
105°
L1
SDXC 1010JX-11
shows above figure
105°
20°
l
Right-hand shown
N
: Std. Item
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B55 B55 B55, B56 B56 B56 B56 B58 B58 B59 B59
Insert
Toolholder Description
CF GF CK PP GK GQ
&-F &-FSF
(E/F) &-U F&-USF
SDLC&...-07FF
DCGT0702..
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCGT0702..
DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
SDXC&...-07
SDLC
&...-11FF
DCGT11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
SDXC&...-11
Applications
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
Ref. to Page B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
(E/F)&-J F&-JSF XP XQ MQ
Without Chipbreaker
AH
&-A3
PCD CBN
SDLC&...-07FF
DCET0702..
-
DCMT0702..
-
DCMT0702..
DCGW0702..
- -
DCMT0702..
DCMW0702..
SDXC&...-07
SDLC
&...-11FF
DC_T11T3.. DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
SDXC&...-11
Recommended Cutting Conditions
E44
E27
E
Small Tools
N
: Std. Item
Screw Clamp
l
Applicable Inserts
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B55 B55 B55, B56 B56 B56 B56 B58 B58 B59 B59
Insert
Toolholder Description
CF GF CK PP GK GQ
&-F &-FSF
(E/F) &-U F&-USF
SDNC&...-07F
DCGT0702..
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCGT0702..
DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
SDNCN...-07
SDNCN...-11
DCGT11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
Applications
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
Ref. to Page B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
(E/F)&-J F&-JSF XP XQ MQ
Without Chipbreaker
AH
&-A3
PCD
CBN
SDNC&...-07F
DCET0702..
-
DCMT0702..
-
DCMT0702..
DCGW0702..
- -
DCMT0702..
DCMW0702..
SDNCN...-07
SDNCN...-11
DC_T11T3.. DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
Recommended Cutting Conditions E44
SDNC&
1010JX-07F
N N
10 10 120 7 10.5 0.2 SB-2570TR F T- 8
SDNCN
1010JX-07
N
10 10
120
5
- 0.2 SB-2570TR F T- 8
1212JX-07
N
12 12 6
1010JX-11
N
10 10 5
- 0.2 SB-4085TR F T- 15
1212JX-11
N
12 12 6
1616JX-11
N
16 16 8
SDNCN
0808F -07
N
8 8 85 4 - 0.2 SB-2570TR F T- 8
SDNCN
1010F -11
N
10 10 80 5
- 0.2 SB-4085TR F T- 15
1212F -11
N
12 12 85 6
1616H -11
N
16 16 100 8
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R N L
H1=h
B L1 F1 F2
l
Toolholder Dimensions
¢
SDNC-F
(External / Copying)
62.5°
F1
F1
F2
2.5
62.5°
h
25
F2
62.5°
L1
H1 B
SDNC1010F-11F
l
Right-hand shown
¢
SDNC
(External / Copying)
62.5°
0
°
F1
H1
B
h
62.5
°
62.5
°
L1
External Toolholders [DC
££
Insert]
E28
E
Small Tools
N
: Std. Item
l
Toolholder Dimensions
l
Applicable Inserts
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 F1 F2 S
SDLP&
0808F -07FF
N N
8 8
85
14 8 0.5
0 0.2
SB-2570TR F T- 8
1212F -11FF
N N
12 12 20 12 2 SB-4085TR F T- 15
SDLP&
1010JX-07FF
N N
10 10
120
- 10 -
0
0.2 SB-2570TR F T- 8
1010JX-11FF
N N
10 10
20
10 4
0.2 SB-4085TR F T- 15
1212JX-11FF
N N
12 12 12 2
1616JX-11FF
N N
16 16 - 16 -
Applications
Finishing / Precision
Low Feed / Precision
Ref. to Page B61 B61
Insert
Toolholder Description
&-FSF
F&-USF
SDLP&...-07FF
DPET0702.. DPET0702..
SDLP&...-11FF
DPET11T3.. DPET11T3..
Recommended Cutting Conditions E44
95˚
hF1
30˚
BH1
L1
L2
F2F1S
S
95˚
30˚
SDLP0808F-07FF
SDLP1212F-11FF
SDLP1010JX-11FF
SDLP1212JX-11FF
shows above figure
¢
SDLP-FF
(Without Offset) (External / Copying)
l
Right-hand shown
95˚
30˚
External Toolholders [DP
££
Insert]
Screw Clamp
E29
E
Small Tools
N
: Std. Item
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 F1
STGC&
0808E -08
N N
8 8 70
12
10
0.2 SB-2050TR F T- 6
1010F -08
N N
10 10 80 12
STGC&
1010F -11
N N
10 10 80
15
14
0.4 SB-2570TR F T- 8
1212H -11
N N
12 12
100
16
1616H -11
N N
16 16 20
2020K -11
N N
20 20 125 25
2525M -11
N N
25 25 150 20 32
STGP&
0808E -08
N
8 8 70
12
10
0.2 SB-2050TR F T- 6
1010F -08
N N
10 10 80 12
STGP&
1010F -11
N N
10 10 80
15
14
0.2 SB-3080TR F T- 10
1212H -11
N N
12 12
100
16
1616H -11
N N
16 16 20
¢
STGC(P)
(External)
l
Toolholder Dimensions
l
Applicable Inserts
(STGC)
l
Applicable Inserts
(
STGP
)
h
15
F1 2.5
F1
BH1
91°
L2
L1
91°
STGC
(
P
)
1010F-11
shows above figure
91°
l
Right-hand shown
Applications
Low Feed
Low Feed / Precision
Cast Iron
Non-ferrous Metals Non-ferrous Metals
Ref. to Page B65 B65 B66 B65 C26
Insert
Toolholder Description
(E/F) &-U F&-USF
Without Chipbreaker
&-A3
PCD
STGC&...-08
TCGT0802.. TCET0802..
TCGW0802..
-
TCMT0802..
STGC&...-11
TCGT1103.. TCET1103..
TCGW1103..
TCGT1103..
TCMT1103..
TCGW1103..
Applications
Minute ap Finishing
Finishing-Medium
Finishing
Finishing / Precision
Low Feed / Precision
Medium
Soft Steel / Finishing
Soft Steel / Finishing-Medium
Cast Iron
Ref. to Page B67 B67 B67 B68 B69 B69 B69 B67 B68 B70
Insert
Toolholder Description
CF PP HQ
& &-FSF
F&-USF
&-H
XP XQ
Without Chipbreaker
STGP&...-08
TPGT0802..
- -
TPGH0802.. TPET0802.. TPET0802..
- - -
TPGB0802..
STGP&...-11
-
TPMT1103.. TPMT1103.. TPGH1103.. TPET1103.. TPET1103.. TPGH1103.. TPMT1103.. TPMT1103.. TPGB1103..
Applications
Non-ferrous Metals
Hard Materials
Ref. to Page
C26 ~ C28
C16
Insert
Toolholder Description
PCD CBN
STGP&...-08
TPMH0802..
TPGB0802..
TPGB0802..
STGP&...-11
TPMH1103..
TPGB1103..
TPGB1103..
Recommended Cutting Conditions E44
External Toolholders [TC
££
/ TP
££
Insert]
Screw Clamp
E30
E
Small Tools
N
: Std. Item
¢
SVJB-FF
(Without Offset) (External / Copying)
S
H1
L1
h
52°
F1
93°
B
l
Right-hand shown
S
H1
h
L1
* Lock Screw is operated from this direction.
52°
F1
93°
B
¢
AVJB-FF
(Without Offset) (External / Copying)
l
Right-hand shown
External Toolholders [VB / VC
££
Insert]
Back Clamp / Screw Clamp
52°
3
°
52
°
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Anchor Pin Lock Screw Clamp Screw Wrench
R L
H1=h
B L1 L2 F1 S
AVJB& 1010JX-11FF
N N
10 10
-
10
0.4
LPF-11
HSB4X8& - FH-2
1212JX-11FF
N N
12 12
120
12
0
LPF-1113
1616JX-11FF
N N
16 16 16
LPF-1117
SVJB& 1010JX-11FF
N N
10 10
-
10
0.4
- - SB-2570TR
1212JX-11FF
N N
12 12
120
12
0
F T- 8
1616JX-11FF
N N
16 16 16
· Lock Screw: HSB4×8R for Right-hand Toolholder, HSB4×8L for Left-hand Toolholder.
l
Toolholder Dimensions
¢
SVJB
(External / Copying)
h
L2
93°
52°
F1
L1
H1
B
52°
l
Right-hand shown
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench Shim Shim Screw Wrench
R L
H1=h
B L1 L2 F1
SVJB&
2020K-11
N N
20 20 125 30 25
0.4
SB-2570TR
F T- 8 - - -
2525M-11
N N
25 25 150 35 32
SVJB&
2020K-16N
N N
20 20 125
30
25
0.8
SB-40125TRN
F T- 1 5
SVN-32N
SS-4N LW-4
2525M-16N
N N
25 25 150 32
l
Applicable Inserts (AVJB-FF / SVJB-FF / SVJB)
Applications
Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Finishing-Medium
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B73 B73 B73 B74 B73 B74 B75 B75 C28 C17
Insert
Toolholder Description
GP VF HQ
&-F &-FSF &-Y
AH
&-A3
PCD CBN
£ VJB&...-11FF/-11
VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103..
- -
VBMT1103..
VBGW1103..
SVJB&...-16 N
VBMT1604.. VBMT1604.. VBMT1604..
- -
VBGT1604.. VCGT1604.. VCGT1604.. VBMT1604..
VBGW1604..
Recommended Cutting Conditions E44
E31
E
Small Tools
N
: Std. Item
Screw Clamp
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench Shim
Shim Screw
Wrench
R L
H1=h
B L1 L2 F1
SVPB&
1010JX-11
N N
10 10 14.5
0.4
SB-2570TR
1212JX-11
N N
12 12 120 - 16.5
F T- 8 - - -
1616JX-11
N N
16 16 20.5
SVPB&
2020K-11
N N
20 20 125
-
25
0.4
SB-2570TR
F T- 8 - - -
2525M-11
N N
25 25 150 32
SVPB&
2020K-16N
N N
20 20 125
-
25
0.8
SB-40125TRN
F T- 1 5
SVN-32N
SS-4N LW-4
2525M-16N
N N
25 25 150 32
l
Right-hand shown
27.5˚
27.5
˚
H1 B
L1
h
F1
117.5˚
0
˚
¢
SVPB
(External / Facing / Copying / Undercutting)
l
Undercutting diameter of SVPB
Corner-R
(
rε
)
0.4
0.8
ϕD
(MIN.)
ϕ
25
ap
0.5
ϕ
30
1
ϕ
45
0.5
ϕ
55
1
ap
Corner-R
(
r
H
)
ap
ID
(MIN.)
l
Toolholder Dimensions
72.5˚
h
F1
L1
H1
B
72.5˚
72.5˚
0˚
¢
SVVB
(External / Copying)
l
Toolholder Dimensions
l
Applicable Inserts
(SVPB / SVVB)
Applications
Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Finishing-Medium
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B73 B73 B73 B74 B73 B74 B75 B75 C28 C17
Insert
Toolholder Description
GP VF HQ
&-F &-FSF &-Y
AH
&-A3
PCD CBN
SVPB&...-11
VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103..
- -
VBMT1103..
VBGW1103..
SVVBN...-11
SVPB&...-16N
VBMT1604.. VBMT1604.. VBMT1604..
- -
VBGT1604.. VCGT1604.. VCGT1604.. VBMT1604..
VBGW1604..
SVVBN...-16N
Recommended Cutting Conditions
E44
External Toolholders [VB / VC
££
Insert]
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench Shim
Shim Screw
Wrench
H1=h
B L1 F1
ÍSVVBN 1212F-11
N
12 12 85 6
0.4
SB-2570TR
F T- 8 - - -
SVVBN 1010JX-11
N
10 10 5
1212JX-11
N
12 12 120 6
1616JX-11
N
16 16 8
SVVBN 1010F-11
N
10 10 80 5
0.4
SB-2570TR
F T- 8 - - -
1616H-11
N
16 16 100 8
2020K-11
N
20 20 125 10
2525M-11
N
25 25 150
12.5
SVVBN 2020K-16N
N
20 20 125 10
0.8
SB-40125TRN
F T- 1 5
SVN-32N
SS-4N LW-4
2525M-16N
N
25 25 150
12.5
E32
E
Small Tools
l
Toolholder Dimensions
¢
SVLP-FF
(Without Offset) (External / Copying)
l
Applicable Inserts
Applications
Minute ap Finishing Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B76 B76 B76 B77 B77 B77
Insert
Toolholder Description
CF CK GF
&-FSF
F&-U F&-USF
SVLP&...-08FF
-
VPGT0802..
-
VPET0802..
-
VPET0802..
SV£P&...-11FF
VPGT1103.. VPGT1103.. VPGT1103.. VPET1103.. VPET1103.. VPET1103..
Recommended Cutting Conditions E44
50˚
BH1
L1
h F1
95˚
50˚
S
l
Right-hand shown
External Toolholders [VP
££
Insert]
Screw Clamp
¢
SVJP-FF
(Without Offset) (External / Copying)
52°
BH1
L1
h F1S
93˚
52˚
l
Right-hand shown
N
: Std. Item
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
R L
H1=h
B L1 L2 L3 F1 S
SVJP&
1212F -11FF
N N
12 12 85
- -
12
0 0.2 SB-2570TR F T- 81212JX -11FF
N N
12 12
120
12
1616JX -11FF
N N
16 16 16
SVLP&
1010JX -08FF
N N
10 10
120 - -
10
0 0.1 SB-2050TR F T- 61212JX -08FF
N N
12 12 12
1616JX -08FF
N N
16 16 16
SVLP&
1212JX -11FF
N N
12 12
120 - -
12
0 0.2 SB-2570TR F T- 8
1616JX -11FF
N N
16 16 16
SVLP&
1212F -08FF
N N
12 12 85 - - 12 0 0.1 SB-2050TR F T- 6
1212F -11FF
N N
12 12 85 - - 12 0 0.2 SB-2570TR F T- 8
E33
E
Small Tools
N
: Std. Item
Screw Clamp
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
H1=h
B L1 L2 L3 F1 F2 S
SVPPR
1010JX-08FF
N
10 10
120 12
16
10 4
0
0.1 SB-2050TR F T- 61212JX-08FF
N
12 12 12 2
1616JX-08FF
N
16 16
-
16 -
SVPPR
1010JX-11FF
N
10 10
120 16
2 0
10 8
0
0.2 SB-2570TR F T- 81212JX-11FF
N
12 12 12 6
1616JX-11FF
N
16 16 16 2
SVPPR
1212F -08FF
N
12 12 85 12 16 12 2
0
0.1 SB-2050TR F T- 6
1212F -11FF
N
12 12 85 16 20 12 6
0
0.2 SB-2570TR F T- 8
l
Toolholder Dimensions
l
Undercutting diameter of
SVPP-FF
ap
Corner-R
(r
ε
)
ap
φD
(
MIN.
)
l
Applicable Inserts
Corner-R
(rε)
ap
φD
(MIN.)
0.2
0.5
φ20
1
φ25
Applications
Minute ap Finishing Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page
B76 B76 B76 B77 B77 B77
Insert
Toolholder Description
CF CK GF
&-FSF
F&-U F&-USF
SVPPR...-08FF
-
VPGT0802..
-
VPET0802..
-
VPET0802..
SVPPR...-11FF
VPGT1103.. VPGT1103.. VPGT1103.. VPET1103.. VPET1103.. VPET1103..
Recommended Cutting Conditions E44
l
Right-hand shown
27.5˚
117.5˚
L2
L3
BH1
L1
F1 F2
h
27.5˚
45˚
S
SVPPR1616..-08FF
shows above figure
¢
SVPP-FF
(Without Offset) (External / Facing / Copying / Undercutting)
E34
E
Small Tools
N
: Std. Item
¢
S...SCLC
(External / Facing)
l
Toolholder Dimensions
l
Applicable Inserts
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
φD
L1 F1
φd1
H1=H2
S12F -SCLCL06
N
12 80
6
13.4
11
0.4
SB-2560TR
F T- 8
S14H -SCLCL06
N
14 100 13
S15F -SCLCL06
N
15.875
85 15.4 15
SB-2570TR
S16F -SCLCL06
N
16
S19G -SCLCL06
N
19.05
90
18.4 17
S19K -SCLCL06
N
120
S20G -SCLCL06
N
20
90
19.4 18
S20K -SCLCL06
N
120
S19G -SCLCL09
N
19.05
90
10
18.4 17
0.4 SB-4065TR F T- 15
S19K -SCLCL09
N
120
S20G -SCLCL09
N
20
90
19.4 18
S20K -SCLCL09
N
120
S25.0H-SCLCL09
N
25 100 24.4
23
S25K -SCLCL09
N
25.4 120 24.8
ID
H1
L1
20
80˚
F1
16
H2
Id1
95˚
Right-hand Insert for Left-hand Toolholder.
l
Left-hand shown
Applications
Finishing
Finishing-Medium Finishing-Medium
Low Feed
Stainless Steel
Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Ref. to Page
B48 B49 B48, B49 B52 B50 B53 B52 B53 C24 C14
Insert
Toolholder Description
GF GK GQ (E/F)R
-
U MQ
Without Chipbreaker
AH R
-
A
3
P CD
CBN
S...SCLCL06
CCGT0602..
CCMT0602..
CCGT0602..
CCGT0602.. -
CCGW0602..
- -
CCMT0602..
CCGW0602..
CCMW0602..
S...SCLCL09
CCGT09T3..
CCMT09T3..
CCGT09T3..
CCGT09T3.. CCMT09T3..
CCGW09T3..
CCGT09T3.. CCGT09T3..
CCMT09T3..
CCGW09T3..
CCMW09T3..
Recommended Cutting Conditions E44
External Sleeve Holders [CC
££
Insert]
Screw Clamp
l Finishing by Sleeve Holder
1) Roughing by grooving toolholder
2) Finishing by Sleeve Holder improves chip control and
reduces cutting time
E35
E
Small Tools
Applications
Minute ap Finishing Finishing Finishing
Finishing-Medium Finishing-Medium
Finishing
Finishing / Precision
Low Feed
Low Feed / Precision
Ref. to Page B55 B55 B55, B56 B56 B56 B56 B58 B58 B59 B59
Insert
Toolholder Description
CF GF CK PP GK GQ R-F R-FSF (E/F) R-U FR-USF
S...SD£CL07
DCGT0702..
DCGT0702.. DCGT0702.. DCMT0702.. DCMT0702.. DCGT0702..
DCGT0702.. DCET0702.. DCGT0702.. DCET0702..
S...SD£CL11
DCGT11T3..
DCGT11T3.. DCGT11T3.. DCMT11T3.. DCMT11T3.. DCGT11T3..
DCGT11T3.. DCET11T3.. DCGT11T3.. DCET11T3..
Applications
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
Ref. to Page B60 B60 B57 B57 B57 B61 B61 B61 C25 C15
Insert
Toolholder Description
(E/F)R-J FR-JSF XP XQ MQ
Without Chipbreaker
AH R-A3
PCD
CBN
S...SD£CL07
DCET0702..
-
DCMT0702..
-
DCMT0702..
DCGW0702..
- -
DCMT0702..
DCMW0702..
S...SD£CL11
DC_T11T3.. DCET11T3..
DCMT11T3.. DCMT11T3.. DCMT11T3..
DCGW11T3..
DCGT11T3.. DCGT11T3..
DCMT11T3..
DCMW11T3..
Recommended Cutting Conditions E44
l
Toolholder Dimensions
l
Applicable Inserts
External Sleeve Holder [DC
££
Insert]
Screw Clamp
¢
S...SDUC
(External / Copying)
/ S...SDLC
(External / Copying)
S
55˚
20
F1
H1
L1
16
H2
Id1
ID
(S...SDUC)
(S...SDLC)
l
Left-hand shown
θ
θ93°S...SDUC
θ95°S...SDLC
Right-hand Insert for Left-hand Toolholder.
N
: Std. Item
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
φD
L1 F1
φd1
H1=H2
S
S14H -SDUCL07
N
14 100
6
13.4 13
3.8 0.4 SB-2560TR FT-8
S15F -SDUCL07
N
15.875
85 15.4 15
S19G -SDUCL07
N
19.05
90
18.4 17
S19K -SDUCL07
N
120
S20G -SDUCL07
N
20
90
19.4 18
S20K -SDUCL07
N
120
S19G -SDUCL11
N
19.05
90
10
18.4 17
5.8 0.4 SB-4085TR FT-15
S19K -SDUCL11
N
120
S20G -SDUCL11
N
20
90
19.4 18
S20K -SDUCL11
N
120
S22K -SDUCL11
N
22 120 21.4 20
S25.0H-SDUCL11
N
25 100 24.4
23
S25K -SDUCL11
N
25.4 120 24.8
S12F -SDLCL07
N
12 80
6
13.4
11
3.8 0.4 SB-2560TR FT-8
S14H -SDLCL07
N
14 100 13
S15F -SDLCL07
N
15.875
85 15.4 15
S16F -SDLCL07
N
16
S19G -SDLCL07
N
19.05
90
18.4 17
S19K -SDLCL07
N
120
S20G -SDLCL07
N
20
90
19.4 18
S20K -SDLCL07
N
120
S19G -SDLCL11
N
19.05
90
10
18.4 17
5.8 0.4 SB-4085TR FT-15
S19K -SDLCL11
N
120
S20G -SDLCL11
N
20
90
19.4 18
S20K -SDLCL11
N
120
S22K -SDLCL11
N
22 120 21.4 20
S25.0H-SDLCL11
N
25 100 24.4
23
S25K -SDLCL11
N
25.4 120 24.8
E36
E
Small Tools
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Screw Wrench
φD
L1 F1
φ
d1
H1=H2
S
S12F -SVUCL08
N
12 80
7.5 13.4
11
5.5 0.4 SB-2050TR FT-6
S14H -SVUCL08
N
14 100 13
S15F -SVUCL08
N
15.875
85 8 15.4 15
S16F -SVUCL08
N
16
S19G -SVUBL11
N
19.05
90
10.5
18.4 17
8 0.4 SB-2570TR FT-8
S19K -SVUBL11
N
120
S20G -SVUBL11
N
20
90
19.4 18
S20K -SVUBL11
N
120
S25.0H-SVUBL11
N
25 100 24.4
23
S25K -SVUBL11
N
25.4 120 24.8
l
Left-hand shown
Right-hand Insert for Left-hand Toolholder.
¢
S...SVUB(C)
(External / Copying)
I
D
H1
L1
20
S
F1
35˚
16
H2
I
d1
93˚
l
Toolholder Dimensions
l
Applicable Inserts
Applications
Finishing Finishing
Finishing-Medium
Finishing
Finishing / Precision
Finishing-Medium
Non-ferrous Metals
Hard Materials
Ref. to Page B73 B73, B75 B73, B75 B73 B73 B74 C28 C17
Insert
Toolholder
Description
GP VF HQ R-F R-FSF R-Y PCD CBN
S...SVUCL08
VCMT0802.. VCMT0802.. - - - VCMT0802..
VCGW0802..
S...SVUBL11
VBMT1103.. VBMT1103.. VBMT1103.. VBGT1103.. VBET1103.. VBGT1103.. VBMT1103.. VBGW1103..
Recommended Cutting Conditions E44
External Sleeve Holder [VB / VC
££
Insert]
Screw Clamp
N
: Std. Item
E37
E
Small Tools
13˚
14
˚
13˚
Toolholders for Automatic Lathe
Toolholder for Double Sided Tooling for Automatic Lathe
(Without off-set, Lever Lock)
Small Double Sided Tooling for Automatic Lathe
(Screw Clamp, Without off-set)
2
1
3
4
5
f
(
mm/rev
)
2
1
0.20.10.05
0.25
3
4
5
f
(
mm/rev
)
ap (mm)
ap (mm)
FP
-TK
FP
-TK
Steel
Stainless Steel
0.15
0.20.10.05 0.25
0.15
FP-
SK
FP-
SK
For medium to large ap in automatic lathes (When machining workpieces of medium to large dia.)
Specially designed negative inserts (double-sided) for small workpieces enables sharp cutting equivalent to
positive inserts, achieving high productivity due to economical doubled insert edge numbers.
Sharp cutting oriented FP-SK/TK Chipbreaker with
polished and sharp edge preparation.
Main
Spindle
Sub
Spindle
The conventional toolholders for negative insert possibly interferes with sub spindle.
No interference with sub spindle
No constraint of tool position
against tool post into the newly designed small negative insert.
Small Negative Insert
Negative Insert
Designed small negative insert
TNGU09 Type TNGG16 Type
Design Advantages
2-step dot
design provides
reliable chip
control at
various ap.
Polished
chipbreaker.
Smooth chip
control and
less adhesion.
l
Lever Lock
l
Applicable Chipbreaker Range
Punch
(To install Shim Pin)
Insert
Lock Screw
Shim Pin
Shim
Lever
FP-TK
FP-SK
13
˚
E38
E
Small Tools
N
: Std. Item
Toolholders for Small Double Sided Tooling
Screw Clamp
¢
SCLN
(Without Offset) (External / Facing)
F1S
B
95°
90°
H1
h
L2
L1
l
Right-hand shown
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Inserts
Clamp Screw Wrench
H1=h
B L1 L2 F1 S
SCLNR 1010K-07FF
N
10 10 120
15
10
0 0.2 SB-3080TR LTW-10SS
CNGU0703..
CNMU0703..
1212F-07FF
N
12 12
85
12
1212K-07FF
N
120
1616K-07FF
N
16 16 16
l
Applicable Inserts
Applications
Finishing-Medium Medium-Roughing Finishing Low Feed
Ref. to Page B45 B45 B45 B45
Insert
Toolholder Description
SK GK FR-F (F/E)R-U
SCLNR...-07FF CNGU0703.. CNMU0703.. CNGU0703.. CNGU0703..
R-U
¢
SDLN
(Without Offset) (External / Copying)
BH1
F1S
h
L1
L2
95°
30°
90°
l
Right-hand shown
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Inserts
Clamp Screw Wrench
H1=h
B L1 L2 F1 S
SDLNR 1010K-08FF
N
10 10 120
18
10
0 0.2 SB-3080TR LTW-10SS
DNGU0803..
DNMU0803..
1212F-08FF
N
12 12
85
12
1212K-08FF
N
120
1616K-08FF
N
16 16 16
l
Applicable Inserts
Applications
Finishing-Medium Medium-Roughing Finishing Low Feed
Ref. to Page B46 B46 B46 B46
Insert
Toolholder Description
SK GK FR-F (F/E)R-U
SDLNR...-08FF DNGU0803.. DNMU0803.. DNGU0803.. DNGU0803..
FR-F
)
R-U
Side Rake Angle: -6°
Angle of Inclination: -6°
Side Rake Angle: -6°
Angle of Inclination: -7°
E39
E
Small Tools
N
: Std. Item
Side Rake Angle: -6°
Angle of Inclination: -7°
¢
Case Studies
Required Surface Roughness
0.8μmRa
Workpiece
Material
Insert Grades
PR1005 PR1025 PR1225 PR1425
Free-cutting
steel
Vc=100m/min
(60~150)
- - -
Carbon steel /
Alloy steel
Vc=100m/min
(60~150)
Vc=100m/min
(60~150)
Vc=100m/min
(60~150)
Vc=120m/min
(60~200)
Stainless Steel
-
Vc=100m/min
(60~150)
Vc=80m/min
(50~150)
Vc=100m/min
(80~150)
Recommended Cutting Conditions
l
Comparison of surface finish (Sharp edge)
(Internal evaluation)
2.0
1.5
1.0
0.5
0.0
0 10 20 30 40 50
Cutting Time
(min)
Surface Roughness
Ra(μm)
<Cutting Conditions>
Workpiece Material: S45C Vc=100m/min, ap=1.5mm, f=0.03mm/rev, WET
DNGU080302MFR-U (PR1025)
Negative Insert
DCGT11T302MFR-U (PR1025)
Positive Insert
SUS303
· Spool
<Dia. 6mm portion>
· Vc=66m/min
· ap=1.25mm
· f=0.025mm/rev
· WET
<Dia. 8mm portion>
· Vc=130m/min
· ap=0.25mm
· f=0.025mm/rev
· WET
φ8
48
φ6
DNGU080302MF-SK
(
PR1025
)
60,000pcs/insert (4 edges)
Competitor D (DCGT type)
20,000 pcs/insert (2 edges)
Competitor D (DCGT type) machined 10,000 pcs/edge. PR1025 machined 15,000 pcs./edge
resulting in 3 times longer tool life per insert.
(Evaluation by the user)
Screw Clamp
¢
STLN
(Without Off-set) (External / Up Facing)
B
H1
95°
L2
L1
F1S
h
90°
l
Right-hand shown
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Applicable
Inserts
Clamp Screw Wrench
H1=h
B L1 L2 F1 S
STLNR 1010K-09FF
N
10 10 120
15
10
0 0.2 SB-2570TR LTW-8SS TNGU0903..
1212F-09FF
N
12 12
85
12
1212K-09FF
N
120
1616K-09FF
N
16 16 16
l
Applicable Inserts
Applications
Finishing Low Feed
Ref. to Page B47 B47
Insert
Toolholder Description
FR-F (E/F)R-U
STLNR...-09FF TNGU0903.. TNGU0903..
R-U
Double-sided design allows all edges to be used. Compared to the positive
type, the double-sided design offers less cost per insert and more stability.
:
Continuous to Light interruption / 1st Recommendation
:
Continuous to Light interruption / 2nd Recommendation
:
Continuous / 1st Recommendation
:
Continuous / 2nd Recommendation
E40
E
Small Tools
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim
Shim Pin Punch Wrench
H1=h
B L1 L2 F1 S
PCLNR
1620JX-12FF
N
16
20 120 26 20 0
0.8
LL-2N LS-2N LC-42N LSP-2 PC-2 LW-3
2020JX-12FF
N
20
N
: Std. Item
¢
PCLN-FF
(Without Offset)(External / Facing)
l
Right-hand shown
Toolholder for Double Sided Tooling for Automatic Lathe
Lever Lock
Side Rake Angle: -6°
Angle of Inclination: -6°
PQPP
R-25RR
PXPT PH
Standard
HS
PS
GS PG
WQ
(Wiper)
WP
(Wiper)
MQXQ XS
XPXF
C
ZS GC PCDA3 CBN
Ceramic
AH
Without Chipbreaker
CQ
CJ
MS MU
l
Applicable Inserts (Optional)
L2
L1
95°
BH1
PCLNR1620JX-12FF
F1Sh
L2
L1
95°
BH1
PCLNR1620JX-12FF
F1Sh
l
Applicable Inserts
(1st Choice)
Applications
Finishing-Medium Medium-Roughing
Ref. to Page
B17 B17
Insert
Toolholder Description
FP-SK FP-TK
PCLNR...-12FF
CNGG1204..FP-SK CNGG1204..FP-TK
Recommended Cutting Conditions E39
Applications
Finishing
Finishing-Medium
Finishing
Finishing-Medium Finishing-Medium Finishing-Medium
Medium-Roughing Medium-Roughing
Insert
Size
12 12 12 12 12 12 12 12
Page
B14 B14 B14 B14 B14 B14 B15 B15
Applications
Medium-Roughing Medium-Roughing
Medium-Roughing / High Feed Rate
Roughing Roughing
Single Sided / Roughing / High Feed Rate
Medium
Medium-Roughing / Low Cutting Force
Insert
Size
12 12 12 12 12 12 12 12
Page
B15 B15 B15 B16 B16 B16 B20 B20
Applications
Soft Steel / Small ap Soft Steel / Finishing Soft Steel / Medium
Soft Steel / Roughing
Stainless Steel / Finishing
Stainless Steel / Medium-Roughing Stainless Steel / Medium-Roughing
Cast Iron
Insert
Size
12 12 12 12 12 12 12 12
Page
B17 B17 B17 B17 B18 B18 B18 B19
Applications
Cast Iron Cast Iron Cast Iron Cast Iron
Non-ferrous Metals Non-ferrous Metals Non-ferrous Metals
Hard Materials
Insert
Size
12 12 12 12 12 12 12 12
Page
B19 B19 B19 B86 B19 B19 C23 C6, C7
E41
E
Small Tools
N
: Std. Item
Toolholder for Double Sided Tooling for Automatic Lathe
Lever Lock
¢
PTLN-FF
(Without Offset)(External / Up Facing)
l
Applicable Inserts
(1st Choice)
l
Right-hand shown
Applications
Finishing-Medium Medium-Roughing
Ref. to Page B35 B35
Insert
Toolholder Description
FP-SK
FP-TK
PTLNR...-16FF
TNGG1604..FP-SK TNGG1604..FP-TK
Recommended Cutting Conditions E39
Side Rake Angle: -6°
Angle of Inclination: -6°
l
Toolholder Dimensions
Description Std.
Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Lever
Lock Screw
Shim
Shim Pin Punch Wrench
H1=h
B L1 L2 F1 S
PTLNR
1620JX-16FF
N
16
20 120 24 20 0
0.8
LL-1N LS-1N
LT-32N
* LT-32N-20
LSP-1 PC-1 FH-2.5
2020JX-16FF
N
20
· When using inserts whose corner-R(rε) is greater than 1.6mm, please purchase a shim with * mark and use it in order to prevent workpiece and shim from interfering each other.
PP
XF
GCZS
C
Without Chipbreaker
AH
R-A3
Ceramic
CBN
PCD
XQ XS
MQ
R- R-S R-25R
PQ CQ GS PSPG PT GT
Standard
MUMS
PH
PX
l
Applicable Inserts
(Optional)
B
H1
L2
95°
L1
PTLNR1620JX-16FF
F1Sh
B
H1
L2
95°
L1
PTLNR1620JX-16FF
F1Sh
XP
Applications
Finishing
Finishing-Medium Finishing-Medium
Medium-RoughingMedium-Roughing Medium-Roughing
Medium-Roughing /
High Feed Rate
Medium-Roughing /
High Feed Rate
Roughing
Insert
Size
16 16 16 16 16 16 16 16 16
Page
B33 B33 B33 B33 B33 B33 B34 B34 B34
Applications
Single Sided / Roughing /
High Feed Rate
Roughing Finishing
Finishing-Roughing
Medium-Roughing /
Low Cutting Force
Soft Steel /
Small ap
Soft Steel /
Finishing
Soft Steel /
Medium
Soft Steel /
Roughing
Insert
Size
16 16 16 16 16 16 16 16 16
Page
B34 B34 B38 B38 B38 B35 B35 B35 B35
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
Insert
Size
16 16 16 16 16 16 16 16 16
Page
B36 B36 B36 B37 B37 B37 B37 B91 B37
Applications
Non-ferrous
Metals
Non-ferrous
Metals
Hard Materials
Insert
Size
16 16 16
Page
B37 C23 C11
E42
E
Small Tools
N
: Std. Item
l
Applicable Inserts
Applications
Medium Medium
Finishing-Medium
Cast Iron Cast Iron
Non-ferrous Metals
Ref. to Page B63 B63 B63 B63 B93 C29
Insert
Toolholder Description
G Standard
&
W i t h o u t Ch i p b r e a k e r
Ceramic PCD
CSBPR...-09N
SPMR0903.. SPMR0903.. SPGR0903..
SPMN0903..
SPGN0903..
SPGN0903.. -
CSKPR...-09N
SPMR0903.. SPMR0903.. SPGR0903..
SPMN0903..
SPGN0903..
SPGN0903.. -
CSKPR...-12N
SPMR1203.. SPMR1203.. SPGR1203..
SPMN1203..
SPGN1203..
SPGN1203.. SPGN1203..
CSSP&...-09N
SPMR0903.. SPMR0903.. SPGR0903..
SPMN0903..
SPGN0903..
SPGN0903..
-
CSSP&...-12N
SPMR1203.. SPMR1203.. SPGR1203..
SPMN1203..
SPGN1203..
SPGN1203.. SPGN1203..
CSDPN...-12N
SPMR1203.. SPMR1203.. SPGR1203..
SPMN1203..
SPGN1203..
SPGN1203.. SPGN1203..
Recommended Cutting Conditions E44
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Set
Wrench Shim
Shim Screw
*
Chipbreaker
R N L
H1=h
H3 B L1 L2 F1 F2
CSBPR
1212F -09N
N
12 7. 5 12 80 23 15.7 13 0.4 CPS-2P LW-2.5 - - CB-S3220
CSKPR 1616H -09N
N
16 7. 5 16 100 21 20 - 0.4 CPS-2P LW-2.5 - - CB-S3220
CSKPR
2020K -12N
N
20
8.5
20 125
28
25
- 0.8 CPS-3 LW-3 KPS-42 SP3X8 CB-S4220
2525M -12N
N
25 25 150 32
CSSP&
1212F -09N
N N
12
7. 5
12 80 15 16 9
0.4 CPS-2P LW-2.5 - - CB-S3220
1616H -09N
N N
16 16 100 16 20 13
CSSP&
2020K -12N
N N
20
8.5
20 125
19
25 16
0.8 CPS-3 LW-3 KPS-42 SP3X8 CB-S4220
2525M -12N
N N
25 25 150 32 23
CSDPN
2020K -12N
N
20
8.5
20 125
32
10
- 0.8 CPS-3 LW-3 KPS-42 SP3X8 CB-S4220
2525M -12N
N
25 25 150 12.5
* Chipbreaker is not included. Purchase separately.
¢
CSBP
(External)
h
F2
75˚
L2
L1
H1
B
H3
F1
0
6
l
Right-hand shown
75˚
¢
CSKP
(Facing)
0
6
L2
h
75˚
F1
L1
H1
B
H3
l
Right-hand shown
75˚
¢
CSSP
(External / Facing / Chamfering)
¢
CSDP
(External / Chamfering)
hH3
45˚
F1
L2
L1
H1 B
F2
0
09 5
12 6
l
Right-hand shown
45˚
L2
h
H3
F1
45˚
L1
H1
B
4 15
4 15
45˚
45˚
External Toolholders [SP
£
R / SP
£
N Insert]
Top Clamp
Side Rake Angle: +6°
Angle of Inclination:
Side Rake Angle: +6°
Angle of Inclination:
Side Rake Angle: -09 type +5°
Side Rake Angle: -12 type +6°
Angle of Inclination:
Side rake Angle: +4°15’
Angle of Inclination: +4°15’
·
CSKPR
: Left-hand Insert for Right-hand Toolholder.
·
CSSP
&
: For External Turning, Right-hand Insert for Right-hand Toolholder, Left-hand Insert for Left-hand Toolholder.
For Facing, Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
E43
E
Small Tools
N
: Std. Item
¢
CTGP
(External)
¢
CTFP
(Facing)
¢
CTTP
(External / Chamfering)
l
Toolholder Dimensions
Description
Std. Dimension (mm)
Standard Corner-R(r
ε
)
Spare Parts
Clamp Set
Wrench Shim
Shim Screw
*Chipbreaker
R L
H1=h
H3 B L1 L2 F1
CTGP&
1212F -11N
N N
12
8
12 80
18
16
0.4 CPS-2P LW-2.5 - - CB-T2212
1616H -11N
N N
16 16 100 20
CTGP&
2020K -16N
N N
20
8.5
20 125
26
25
0.8 CPS-3 LW-3 KPT-32 SP3X8 CB-T3220
2525M -16N
N N
25 25 150 32
CTFP&
1212F -11N
N N
12
8
12 80
18
16
0.4 CPS-2P LW-2.5 - - CB-T2212
1616H -11N
N N
16 16 100 20
CTFP&
2020K -16N
N N
20
8.5
20 125
22
25
0.8 CPS-3 LW-3 KPT-32 SP3X8 CB-T3220
2525M -16N
N N
25 25 150 32
CTTP&
1212F -11N
N N
12
8
12 80
22.5
9
0.4 CPS-2P LW-2.5 - - CB-T2212
1616H -11N
N
16 16 100 13
CTTP&
2020K -16N
N
20
8.5
20 125
28
17
0.8 CPS-3 LW-3 KPT-32 SP3X8 CB-T3220
2525M -16N
N N
25 25 150 22
* Chipbreaker is not included. Purchase separately.
l
Applicable Inserts
Applications
Finishing Finishing
Finishing-Medium
Medium Medium
Finishing-Medium
Cast Iron Cast Iron
Non-ferrous Metals
Hard Materials
Ref. to Page B71 B71 B71 B71 B71 B72 B72 B93 C29 C18
Insert
Toolholder Description
GP DP HQ G Standard
&-£
Without Chipbreaker
Ceramic PCD CBN
CTGP&...-11N
TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPGR1103..
TPMN1103..
TPGN1103..
TPGN1103.. TPGN1103.. TPGN1103..
CTGP&...-16N
TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPGR1603..
TPMN1603..
TPGN1603..
TPGN1603.. TPGN1603.. TPGN1603..
CTFP&...-11N
TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPGR1103..
TPMN1103..
TPGN1103..
TPGN1103.. TPGN1103.. TPGN1103..
CTFP&...-16N
TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPGR1603..
TPMN1603..
TPGN1603..
TPGN1603.. TPGN1603.. TPGN1603..
CTTP&...-11N
TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPMR1103.. TPGR1103..
TPMN1103..
TPGN1103..
TPGN1103.. TPGN1103.. TPGN1103..
CTTP&...-16N
TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPMR1603.. TPGR1603..
TPMN1603..
TPGN1603..
TPGN1603.. TPGN1603.. TPGN1603..
Recommended Cutting Conditions
E44
91˚
h
F1
91˚
L2
L1
H1 B
H3
l
Right-hand shown
91˚
L2
h
91˚
F1
L1
H1 B
H3
0
6
l
Right-hand shown
60˚
F1
60˚
L2
L1
B
h
H1
H3
0
6
l
Right-hand shown
External Toolholders [TP
£
R / TP
£
N Insert]
Top Clamp
Side Rake Angle: +6°
Angle of Inclination:
Side Rake Angle: +6°
Angle of Inclination:
Side Rake Angle: +6°
Angle of Inclination:
· CTFP&: Left-hand Insert for Right-hand Toolholder, Right-hand Insert for Left-hand Toolholder.
E44
E
Small Tools
¢
Recommended Cutting Conditions - External Turning (Positive Insert) [ap indicates radius]
ISO
Classification
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
F
PR1425
0.05 100 - 150 - 200 0.05 - 0.07
-
0.15 0.03 - 0.05 - 0.1
Interruption
PR1425
0.2 80 - 120 - 160 0.05 - 0.1 - 0.2 0.03 - 0.1 - 0.15
Precision Finishing
(Molded Chipbreaker)
Continuous
CF PR1425
0.2 100 - 150 - 200 0.02 - 0.05 - 0.1 0.02 - 0.05 - 0.12
Finishing
Continuous
GF
PR1425
0.2 100 - 140 - 180 0.2
0.2
- 0.5
0.5
- 1.0 0.05 - 0.1 - 0.2
Interruption
PR1425
0.4 80 - 120 - 160 - - 1.0 0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
GQ
PR1425
0.2 80 - 120 - 160 0.8 - 3.0 - 5.0 0.03 - 0.05 - 0.1
Interruption
PR1425
0.4 60 - 100 - 140 0.8 - 2.0 - 3.0 0.03 - 0.05 - 0.1
Low Feed & Large ap
Continuous
J, U PR1425
0.2 80 - 100 - 140 0.5 - 2.0 - 3.5 0.02 - 0.05 - 0.1
Medium
Carbon Steel
Medium
Carbon Alloy
HB
330
Precision Finishing
Continuous
F
PR1425
0.05 100 - 150 - 200 0.05 - 0.07 - 0.15 0.03 - 0.05 - 0.1
Interruption
PR1425
0.2 80 - 120 - 160 0.05 - 0.1 - 0.2 0.03 - 0.1 - 0.15
Precision Finishing
(Molded Chipbreaker)
Continuous
CF PR1425
0.2 100 - 150 - 200 0.02 - 0.05 - 0.1 0.02 - 0.05 - 0.12
Finishing
Continuous
GF
PR1425
0.2 100 - 140 - 180 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.2
Interruption
PR1425
0.4 80 - 120 - 160 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
GQ
PR1425
0.2 80 - 120 - 160 0.8 - 3.0 - 5.0 0.03 - 0.05 - 0.1
Interruption
PR1425
0.4 60 - 100 - 140 0.8 - 2.0 - 3.0 0.03 - 0.05 - 0.1
Low Feed & Large ap
Continuous
J, U PR1425
0.2 80 - 100 - 140 0.5 - 2.0 - 3.5 0.02 - 0.05 - 0.1
High Carbon
Alloy
HB
280
Precision Finishing
Continuous
F
PR1425
0.05 100 - 150 - 200 0.05 - 0.07 - 0.15 0.03 - 0.05 - 0.1
Interruption
PR1425
0.2 80 - 120 - 160 0.05 - 0.1 - 0.2 0.03 - 0.1 - 0.15
Precision Finishing
(Molded Chipbreaker)
Continuous
CF PR1425
0.2 100 - 150 - 200 0.02 - 0.05 - 0.1 0.02 - 0.05 - 0.12
Finishing
Continuous
GF
PR1425
0.2 100 - 140 - 180 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.2
Interruption
PR1425
0.4 80 - 120 - 160 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.2
Finishing-Medium
Continuous
GQ
PR1425
0.2 80 - 120 - 160 0.3 - 1.5 - 3.0 0.03 - 0.05 - 0.1
Interruption
PR1425
0.4 60 - 100 - 140 0.3 - 1.0 - 2.0 0.03 - 0.05 - 0.1
Low Feed & Large ap
Continuous
J, U PR1425
0.2 80 - 100 - 140 0.5 - 2.0 - 3.5 0.02 - 0.05 - 0.1
M
Stainless Steel
HB
220
Finishing
Continuous
GF
PR1225
0.2 80 - 100 - 120 0.1 - 0.3 - 0.5 0.03 - 0.05 - 0.1
Interruption
PR1225
0.4 60 - 80 - 100 0.3 - 0.5 - 1. 0 0.05 - 0.1 - 0.15
Medium
Continuous
GQ
PR1225
0.2 80 - 100 - 120 0.5 - 1.5 - 3.0 0.03 - 0.08 - 0.12
Interruption
PR1225
0.4 60 - 80 - 100 0.5 - 1.0 - 2.0 0.05 - 0.1 - 0.15
Stainless Steel
HB
300
Finishing
Continuous
GF
PR1225
0.2 40 - 60 - 80 0.1 - 0.3 - 0.5 0.03 - 0.05 - 0.1
Interruption
PR1225
0.4 30 - 50 - 70 0.3 - 0.5 - 1. 0 0.05 - 0.1 - 0.15
Medium
Continuous
GQ
PR1225
0.2 40 - 60 - 80 0.5 - 1.0 - 2.0 0.03 - 0.08 - 0.12
Interruption
PR1225
0.4 30 - 50 - 70 0.5 - 1.0 - 1.5 0.05 - 0.1 - 0.15
K
Gray Cast Iron
HB
250
Finishing
Continuous
Standard
CA4505
0.4 100 - 120 - 150 0.2 - 0.5 - 1.0 0.1 - 0.15 - 0.2
Interruption
CA4505
0.4 80 - 100 - 120 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.15
Medium
Continuous
Standard
CA4505
0.4 100 - 120 - 150 0.5 - 1.0 - 2.0 0.1 - 0.15 - 0.2
Interruption
CA4505
0.8 80 - 100 - 120 0.5 - 1.0 - 2.0 0.05 - 0.1 - 0.15
Nodular
Cast Iron
HB
270
Finishing
Continuous
Standard
CA4515
0.4 80 - 100 - 120 0.2 - 0.5 - 1.0 0.1 - 0.15 - 0.2
Interruption
CA4515
0.4 60 - 80 - 100 0.2 - 0.5 - 1.0 0.05 - 0.1 - 0.15
Medium
Continuous
Standard
CA4515
0.4 80 - 100 - 120 0.5 - 1.0 - 2.0 0.1 - 0.15 - 0.2
Interruption
CA4515
0.8 60 - 80 - 100 0.5 - 1.0 - 2.0 0.05 - 0.1 - 0.15
N
Non-ferrous
Metals
Copper Alloy
Aluminum
Aluminum Alloys
(Si10% or less) etc.
HB
100
High Speed Machining
(Rainbow Surface Gloss)
Continuous
Without
Chipbreaker
KPD001
0.2 150 - 250 - 350 0.05 - 0.1 - 0.3 0.05 - 0.1 - 0.15
Finishing
Continuous
F, FSF
KW10
0.2 100 - 150 - 200 0.05 - 0.3 - 0.5 0.02 - 0.07 - 0.1
Interruption
KW10
0.4 100 - 150 - 200 0.05 - 0.3 - 0.5 0.02 - 0.07 - 0.1
Medium
Continuous
U, USF
KW10
0.2 100 - 150 - 200 0.2 - 0.5 - 1.5 0.03 - 0.1 - 0.2
Interruption
KW10
0.4 100 - 150 - 200 0.2 - 0.5 - 1.5 0.03 - 0.1 - 0.2
S
Titanium
Alloys
HB
400
Precision Finishing
(Rainbow Surface Gloss)
Continuous
Without
Chipbreaker
KPD001
0.2 100 - 120 - 150 0.05 - 0.1 - 0.3 0.03 - 0.07 - 0.1
Interruption
KPD001
0.4 70 - 100 - 120 0.05 - 0.1 - 0.3 0.03 - 0.07 - 0.1
Medium
Continuous
FSF, USF
KW10
0.4 30 - 50 - 70 0.1 - 0.5 - 1.0 0.03 - 0.1 - 0.2
Interruption
KW10
0.4 30 - 50 - 70 0.1 - 0.5 - 1.0 0.03 - 0.1 - 0.2
Heat-resistant
Alloys
HB
350
Finishing
Continuous
F, U KW10
0.4 10 - 30 - 50 0.1 - 0.3 - 0.5 0.03 - 0.05 - 0.1
Interruption
Without Chipbreaker
KW10
0.8 10 - 30 - 50 0.2 - 0.5 - 0.7 0.03 - 0.05 - 0.1
Finishing
Continuous
MQ
PR1310
0.4 40 - 60 - 80 0.1 - 0.3 - 0.5 0.03 - 0.05 - 0.1
Interruption
PR1310
0.8 40 - 60 - 80 0.1 - 0.3 - 0.5 0.03 - 0.05 - 0.1
H
Hardened
Steel
Hard Materials
40~50
HRC
Finishing
Continuous
GK
PR1425
0.2 40 - 60 - 80 0.1 - 0.3 - 0.5 0.02 - 0.07 - 0.1
Interruption
PR1425
0.4 40 - 60 - 80 0.1 - 0.3 - 0.5 0.02 - 0.07 - 0.1
50~68
HRC
Finishing
Continuous
ME
KBN05M
0.2 80 - 120 - 150 0.1 - 0.3 - 0.5 0.02 - 0.07 - 0.1
Interruption
MET
KBN05M
0.4 60 - 100 - 120 0.1 - 0.3 - 0.5 0.02 - 0.07 - 0.1
* For machining free-cutting steels, such as SUM, etc., use PR1005 at Vc=200m/min or less. For ap and f, refer to specs for low carbon steels.
Recommended Cutting Conditions
Cutting Dia. under
φ
16mm
E45
E
Small Tools
Cutting Dia. under
φ
16mm
¢
Recommended Cutting Conditions - Back Turning
l
KTKF
E12
Workpiece Material
MEGACOAT NANO MEGACOAT
Remarks
PR1535 PR1425 PR1225
Grooving Turning Grooving Turning Grooving Turning
Carbon steel /
Alloy steel
Vc (m/min) 60~150
«80~200
60~150
Coolant
f (mm/rev) 0.01~0.03 0.02~0.15 0.01~0.03 0.02~0.15 0.01~0.03 0.02~0.15
Stainless Steel
Vc (m/min)
«60~130
60~150 60~130
f (mm/rev) 0.01~0.02 0.02~0.1 0.01~0.02 0.02~0.1 0.01~0.02 0.02~0.1
l
KTKF (GQ Chipbreaker)
E12
l
ABS15,ABW15,ABW23
E17
~
E19
Workpiece Material
MEGACOAT NANO MEGACOAT
Remarks
PR1535 PR1425 PR1225
Grooving Turning Grooving Turning Grooving Turning
Carbon steel /
Alloy steel
Vc (m/min) 60~150
«80~200
60~150
Coolant
f (mm/rev) 0.01~0.04 0.02~0.15 0.01~0.04 0.02~0.15 0.01~0.04 0.02~0.15
Stainless Steel
Vc (m/min)
«60~130
60~150 60~130
f (mm/rev) 0.01~0.03 0.02~0.1 0.01~0.03 0.02~0.1 0.01~0.03 0.02~0.1
«
:
1 st Recommendation
: 2nd Recommendation
Workpiece Material
MEGACOAT NANO MEGACOAT PVD Coated Carbide
Remarks
PR1425 PR1225 PR1025
(
PR930
)
Grooving Turning Grooving Turning Grooving Turning
Carbon steel /
Alloy steel
Vc (m/min)
«80~180
60~150 80~100
Coolant
f (mm/rev) 0.02 0.02~0.07 0.02 0.02~0.07 0.02 0.02 ~0.07
Stainless Steel
Vc (m/min) 40~130
«40~120
30~50
f (mm/rev) 0.02 0.02~0.05 0.02 0.02~0.05 0.02 0.02 ~0.05
«
:
1 st Recommendation
: 2nd Recommendation
Workpiece Material
Carbide
Remarks
KW10
Grooving Turning
Aluminum
Vc (m/min) 150~200
Coolant
f (mm/rev) 0.02 0.02~0.10
Brass
Vc (m/min) 100~160
f (mm/rev) 0.03 0.02~0.15
Workpiece Material
PVD Coated Carbide
Carbide PCD
Remarks
PR1025 KW10 KPD001
Grooving Turning Grooving Turning Grooving Turning
Carbon steel /
Alloy steel
Vc (m/min) 60~150 - -
Coolant
f (mm/rev) 0.01~0.03 0.02~0.15 - -
Stainless Steel
Vc (m/min) 50~120 - -
f (mm/rev) 0.01~0.02 0.02~0.1 - -
Cast Iron
Vc (m/min) - 50~100 -
f (mm/rev) - 0.01~0.02 0.02~0.15 -
Aluminum
Vc (m/min) - 200~450 200~500
f (mm/rev) - 0.01~0.03 0.02~0.15 0.01~0.03 0.02~0.12
Brass
Vc (m/min) - 100~200 100~350
f (mm/rev) - 0.01~0.05 0.02~0.2 0.01~0.05 0.02~0.15
«
:
1 st Recommendation
: 2nd Recommendation
E46
E
Small Tools
Alternative Toolholder Reference Table for Small Tools
Back Clamp
¢
Alternative Toolholder Reference Table for Small Tools (Back Clamp)
Conventional Toolholder Alternative Toolholder
Insert Shape
Description
Overall length
(mm)
Spare Parts
Description
Overall length
(mm)
Remarks
Ref. to Page
Anchor Pin Lock Screw Wrench
ABS..
40
AABSR0810K-40F
125
LPA-11
HSB4x8R FH-2
-
- No Alternative -
AABSR1010K-40F 125 AABSR1010JX-40F 120
E17AABSR1212M-40F 150 LPA-13 AABSR1212JX-40F 120
AABSR1616M-40F 150 LPA-17 AABSR1616JX-40F 120
ABW..
40
AABWR0810K-40F 125
LPA-11
HSB4x8R FH-2
- - No Alternative -
AABWR1010K-40F 125 AABWR1010JX-40F 120
E18AABWR1212M-40F 150 LPA-13 AABWR1212JX-40F 120
AABWR1616M-40F 150 LPA-17 AABWR1616JX-40F 120
ABW..
50
AABWR0810K-50F 125
LPA-11
HSB4x8R FH-2
- - No Alternative -
AABWR1010K-50F 125 AABWR1010JX-50F 120
E19AABWR1212M-50F 150 LPA-13 AABWR1212JX-50F 120
AABWR1616M-50F 150 LPA-17 AABWR1616JX-50F 120
CC..
ACLC&0810K-06F 125
LPF-11
HSB4x8R
(Right-hand toolholder)
HSB4x8L
(Left-hand toolholder)
FH-2
SCLC&0808F-06FF 120
Clamping system is different.
E23
ACLC&1010K-06F 125 ACLC&1010JX-06FF 120
E22
ACLC&1010K-09F 125
LPF-13
ACLC&1010JX-09FF 120
ACLC&1212M-09F 150 ACLC&1212JX-09FF 120
ACLC&1616M-09F 150 LPF-17 ACLC&1616JX-09FF 120
DC..
ADJC&0810K-07F 125
LPF-11
HSB4x8R
(Right-hand toolholder)
HSB4x8L
(Left-hand toolholder)
FH-2
SDJC&0808F-07FF 120
Clamping system is different.
E25
ADJC&1010K-07F 125 ADJC&1010JX-07FF 120
E24
ADJC&1010K-11F 125
LPF-13
ADJC&1010JX-11FF 120
ADJC&1212M-11F 150 ADJC&1212JX-11FF 120
ADJC&1616M-11F 150 LPF-17 ADJC&1616JX-11FF 120
ADNCR0810K-07F 125
LPF-11
HSB4x8R FH-2
- - No Alternative -
ADNCR1010K-07F 125 SDNCN1010JX-07 120
Clamping system is different.
Neutral
E27
ADNCR1010K-11F 125
LPF-13
SDNCN1010JX-11 120
ADNCR1212M-11F 150 SDNCN1212JX-11 120
ADNCR1616M-11F 150 LPF-17 SDNCN1616JX-11 120
VB..
AVJB&1010K-11F 125 LPF-11
HSB4x8R
(Right-hand toolholder)
HSB4x8L
(Left-hand toolholder)
FH-2
AVJB&1010JX-11FF 120
E30AVJB&1212M-11F 150 LPF-1113 AVJB&1212JX-11FF 120
AVJB&1616M-11F 150 LPF-1117 AVJB&1616JX-11FF 120
AVVB&1010K-11F 125 LPF-11
HSB4x8R
(Right-hand toolholder)
HSB4x8L
(Left-hand toolholder)
FH-2
SVVBN1010JX-11 120
Clamping system is different.
Neutral
E31
AVVB&1212M-11F 150 LPF-1113 SVVBN1212JX-11 120
AVVB&1616M-11F
150 LPF-1117
SVVBN1616JX-11
120
Note) The corresponding alternative toolholder may be different from the conventional toolholder in insert clamping system or insert size.
Make sure of their specifications by referring to the catalog or other documents.
E47
E
Small Tools
Screw Clamp
Alternative Toolholder Reference Table for Small Tools
¢
Alternative Toolholder Reference Table for Small Tools (Screw Clamp)
Conventional Toolholder Alternative Toolholder
Insert Shape
Description
Overall length
(mm)
Spare Parts
Description
Overall length
(mm)
Remarks
Ref. to Page
Clamp Screw Wrench
ABS..
40
SABSR0810K-40F 125
SB-3080TR FT-10
- -
No Alternative
-
SABSR1010K-40F 125 SABSR1010JX-40F 120
E17SABSR1212M-40F 150 SABSR1212JX-40F 120
SABSR1616M-40F 150 SABSR1616JX-40F 120
ABW..
40
SABWR0810K-40F 125
SB-3080TR FT-10
- - No Alternative -
SABWR1010K-40F 125 SABWR1010JX-40F 120
E18SABWR1212M-40F 150 SABWR1212JX-40F 120
SABWR1616M-40F 150 SABWR1616JX-40F 120
ABW..
50
SABWR0810K-50F 125
SB-3080TR FT-10
- - No Alternative -
SABWR1010K-50F 125 SABWR1010JX-50F 120
E19SABWR1212M-50F 150 SABWR1212JX-50F 120
SABWR1616M-50F 150 SABWR1616JX-50F 120
CC..
SCAC&0808K-06 125
SB-2570TR FT-8
SCLC&0808F-06FF 85
Cutting edge angle is
different.
E23
SCAC&1010K-06 125 SCLC&1010JX-06FF 120
SCAC&1010K-09 125
SB-4085TR FT-15
SCLC&1010JX-09FF 120
SCAC&1212M-09 150 SCLC&1212JX-09FF 120
SCAC&1616M-09 150 SCLC&1616JX-09FF 120
SCACR1212F-09FF 85 SB-4085TR FT-15 SCLCR1212JX-09FF 120
SCLC&0808E-06 70 SB-2570TR FT-8 SCLC&0808F-06FF 85
DC..
SDJC&0808F-07F 80
SB-2570TR FT-8
SDJC&0808F-07FF 85
E25
SDJC&1010F-07F 80 SDJC&1010JX-07FF 120
SDJC&1010F-11F 80
SB-4085TR FT-15
SDJC&1010JX-11FF 120
SDJC&1212H-11F 100 SDJC&1212JX-11FF 120
SDJC&1616H-11F 100 SDJC&1616JX-11FF 120
SDLC&1010F-07FF 80
SB-2570TR FT-8
SDLC&1010JX-07FF 120
E26
SDLC&1212H-07FF 100
SDLC&1212F-07FF 85 Short length type
SDLC&1212JX-07FF 120
SDLC&1616H-07FF 100 SDLC&1616JX-07FF 120
SDLC&1212H-11FF 100
SB-4085TR FT-15
SDLC&1212JX-11FF 120
SDLCL1616H-11FF 100 SDLCL1616JX-11FF 120
SDNC&1010F-07F 80 SB-2570TR FT-8 SDNC&1010JX-07F 120
E27
SDNC&1010F-11F 80 SB-4085TR FT-15
SDNC&1010JX-07F 120 Insert size is different.
SDNCN1010JX-11 120 Neutral
SDNC&1212H-11F 100 SB-4085TR FT-15
SDNCN1212F-11 85
Neutral
Short length type
SDNCN1212JX-11 120 Neutral
SDNC&1616H-11F 100 SB-4085TR FT-15 SDNCN1616JX-11 120 Neutral
SDNCN0808E-07 70
SB-2570TR FT-8
SDNCN0808F-07 85
SDNCN1010F-07 80 SDNCN1010JX-07 120
SDNCN1212H-07 100 SDNCN1212JX-07 120
SDNCN1212H-11 100 SB-4085TR FT-15
SDNCN1212F-11 85 Short length type
SDNCN1212JX-11 120
SDXC&1010F-07 80 SB-2570TR FT-8 SDXC&1010JX-07 120
E26
SDXC&1010F-11 80
SB-4085TR FT-15
SDXC&1010JX-11 120
SDXC&1212H-11 100 SDXC&1212JX-11 120
SDXC&1616H-11 100 SDXC&1616JX-11 120
DP..
SDLP&0808F-07F 80
SB-2570TR FT-8
SDLP&0808F-07FF 85
E28
SDLP&1010F-07F 80 SDLP&1010JX-07FF 120
SDLP&1010F-11F 80
SB-4085TR FT-15
SDLP&1010JX-11FF 120
SDLP&1212H-11F 100 SDLP&1212JX-11FF 120
SDLP&1616H-11F 100 SDLP&1616JX-11FF 120
Note) The corresponding alternative toolholder may be different from the conventional toolholder in insert clamping system or insert size.
Make sure of their specifications by referring to the catalog or other documents.
E48
E
Small Tools
Alternative Toolholder Reference Table for Small Tools
Screw Clamp
¢
Alternative Toolholder Reference Table for Small Tools (Screw Clamp)
Conventional Toolholder Alternative Toolholder
Insert Shape
Description
Overall length
(mm)
Spare Parts
Description
Overall length
(mm)
Remarks
Ref. to Page
Clamp Screw Wrench
VB..
SVJB&1010F-11F 80
SB-2570TR FT-8
SVJB&1010JX-11FF 120
E30
SVJB&1212H-11F 100 SVJB&1212JX-11FF 120
SVJB&1616H-11F 100 SVJB&1616JX-11FF 120
SVPB&1010F-11 80
SB-2570TR FT-8
SVPB&1010JX-11 120
E31
SVPB&1212H-11 100 SVPB&1212JX-11 120
SVPB&1616H-11 100 SVPB&1616JX-11 120
SVVBN1212H-11 100 SB-2570TR FT-8 SVVBN1212JX-11 120
VP..
SVLP&1010F-08FF 80
SB-2050TR FT-6
SVLP&1010JX-08FF 120
E32
SVLP&1212H-08FF 100
SVLP&1212F-08FF 85 Short length type
SVLP&1212JX-08FF 120
SVLP&1616H-08FF 100 SVLP&1616JX-08FF 120
SVLP&1010F-11F 80
SB-2570TR FT-8
SVLP&1010JX-08FF 120 Insert size is different.
SVLP&1212H-11F 100
SVLP&1212F-11FF 85 Short length type
SVLP&1212JX-11FF 120
SVLP&1616H-11F 100 SVLP&1616JX-11FF 120
SVPPR1010F-11 80
SB-2570TR FT-8
SVPBR1010JX-11
120
Insert relief angle is different.
E31
SVPPR1010JX-11FF Without Offset E33
SVPPR1212H-11 100
SVPBR1212JX-11
120
Insert relief angle is different.
E31
SVPPR1212JX-11FF Without Offset E33
SVPPR1616H-11 100
SVPBR1616JX-11
120
Insert relief angle is different.
E31
SVPPR1616JX-11FF Without Offset E33
SVPPL1616H-11 100 SB-2570TR FT-8 SVPBL1616JX-11 120
Insert relief angle is different.
E31
Note) The corresponding alternative toolholder may be different from the conventional toolholder in insert clamping system or insert size.
Make sure of their specifications by referring to the catalog or other documents.
¢
Alternative Toolholder Reference Table for Small Tools (Screw Clamp)
Toolholders for Back Turning
Conventional Toolholder Alternative Toolholder
Insert Shape
Description
Overall length
(mm)
Spare Parts
Description
Overall length
(mm)
Remarks
Ref. to Page
Clamp Screw Wrench
TKFB..
KTKF&1010K-12 125
SB-4590TRWN LTW-10S
KTKF&1010JX-12 120
E12
KTKF&1212M-12 150 KTKF&1212JX-12 120
KTKF&1616M-12 150 KTKF&1616JX-12 120
KTKF&1010K-16 125 KTKF&1010JX-16 120
KTKF&1212M-16 150 KTKF&1212JX-16 120
KTKF&1616M-16 150 KTKF&1616JX-16 120
Note) The corresponding alternative toolholder may be different from the conventional toolholder in insert clamping system or insert size.
Make sure of their specifications by referring to the catalog or other documents.