This document provides information on how to read the standard for boring bars. It is organized by product series, with each series listing specifications like insert type, geometry, stock dimensions, and recommended minimum diameters. Pictures and diagrams are used to illustrate the available machining applications and cutting edge angles for each boring bar type. Specifications covered include insert number, dimensions, minimum standard diameters, cutting corner recommendations, clamp torques, and required wrenches.

1. HOW TO READ THE STANDARD
OF BORING BARS
a How this section page is organized
zOrganized by product series.
(Refer to the index on the next page.)
FIGURE SHOWING THE TOOLING APPLICATION
uses illustrations and arrows to depict available
TYPE OF BORING BAR machining applications along with cutting edge
indicates the initial letters for the order number, lead angles.
as well as applicable insert types.
GEOMETRY
TITLE OF PRODUCT SERIES
CHIP BREAKER BY
PRODUCT SECTION PRODUCT FEATURES CUTTING APPLICATION
BORING BARS
DIMPLE BAR
a Excellent vibration resistance due to light dimple head.
a Chip disposal is improved by having two channels for chip evacuation.
a A laser printed scale on the side for easy installation (Steel shank).
a l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
FSCLC/P CCooinserts, CPooinserts FV
Finish
SV
Light
FSTUP TPooinserts FV
Finish
SV
Light Medium
MV
95° 93°
(06,08,09) (06,08,09) (08,09) (08,09,11,16) (08,09,11,16)
Medium CBN PCD CBN
95° 93°
F1
F1
MV R/L-F
RR° L2 H1 RR° L2 H1
Re Re
L1 L1
øD1 5° øD4 øD1 øD4
5°
FSCLC1008R/L-06S=1° Right hand tool holder shown. (06,08,09) (06,08,09) Right hand tool holder shown. (08,09,11) (08,09,11,16)
Stock Dimensions (mm)
Min. Standard
Cutting Corner Recom- * Stock Dimensions (mm)
Min. Standard
Cutting Corner Recom- *
Order Number Insert Number Diameter Radius mended Order Number Insert Number Diameter Radius mended
D1 Re l/d D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp Screw Wrench R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp Screw Wrench
CCG/MH
BORING
BORING
FSCLC1008R/L-06S a a NP-CCGT
NP-CCGW
0602pp 8 125 18 5 7.2 12 10 0.4 ─3 TS253 TKY08F FSTUP1008R/L-08S a a 0802pp 8 125 18 5 7.2 10 10 0.4 ─3 TS2D TKY06F
FSCLP1210R/L-08S a a 0802pp 10 150 22.5 6 9 5 12 0.4 ─3.5 TS3D TKY10F 1210R/L-09S a a 0902pp 10 150 22.5 6 9 8 12 0.4 ─3.5 TS25D TKY08F
1412R/L-08S a a 0802pp 12 150 27 7 11 4 14 0.4 ─4 TS3D TKY10F 1412R/L-09S a a
TPGH 0902pp 12 150 27 7 11 7 14 0.4 ─4 TS25D TKY08F
CPMH
1612R/L-09S a a 0903pp 12 150 30 8 11 4 16 0.4 ─4 TS4D TKY15F 1210R/L-11S a a TPMH 1103pp 10 150 22.5 6 9 8 12 0.4 ─3.5 TS31D TKY10F
NP-CPGB
NP-TPGB
1816R/L-09S a a NP-CPMB 0903pp 16 180 36 9 15 3.5 18 0.4 ─5 TS4D TKY15F 1412R/L-11S a a 1103pp 12 150 27 7 11 7 14 0.4 ─4 TS31D TKY10F
NP-TPMB
NP-CPMH
2220R/L-09S a a 0903pp 20 220 45 11 19 2 22 0.4 ─5 TS4D TKY15F 1816R/L-11S a a NP-TPMH 1103pp 16 180 36 9 15 4 18 0.4 ─5 TS31D TKY10F
3025R/L-09S a a 0903pp 25 250 56.3 15 23.4 0 30 0.4 ─5 TS4D TKY15F 2220R/L-11S a a 1103pp 20 220 45 11 19 0 22 0.4 ─5 TS31D TKY10F
* Clamp Torque (N • m) : TS253=1.0, TS3D=2.5, TS4D=3.5 3225R/L-16S a a 1603pp 25 270 56.3 16 23.4 0 32 0.8 ─5 TS4D TKY15F
* Clamp Torque (N • m) : TS2D=0.6, TS25D=1.0, TS31D=2.5, TS4D=3.5
FSCLC/P-E Carbide shank
with coolant hole CCooinserts, CPooinserts FV
Finish
SV
Light
95°
(06,08,09) (06,08,09)
FSTUP-E Carbide shank
with coolant hole TPooinserts FV
Finish
SV
Light Medium
MV
Medium CBN
95°
F1
MV 93°
RR° L2 H1 (08,09) (08,09,11) (08,09,11)
Re
L1 øD4
øD1 PCD CBN
5°
93°
F1
R/L-F
FSCLC1008R/L-06E (-2/3, -1/2)=1° Right hand tool holder shown. RR° L2 H1
(06,08,09) (06,08,09) Re
L1
øD4
Stock Dimensions (mm)
Min. Standard
Cutting Corner Recom- * øD1 5°
Order Number Insert Number Diameter Radius mended Right hand tool holder shown. (08,09,11) (08,09,11)
D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp Screw Wrench
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
FSCLC1008R/L-06E a a CCGH 0602pp 8 140 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F
D1 Re l/d
CCMH R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp Wrench
1008R-06E-2/3 a 0602pp 8 90 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F Screw
NP-CCGT
1008R-06E-1/2 a NP-CCGW 0602pp 8 70 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F FSTUP 1008R/L-08E a a 0802pp 8 140 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
FSCLP1210R/L-08E a a 0802pp 10 160 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F 1008R-08E-2/3 a 0802pp 8 90 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
1210R-08E-2/3 a 0802pp 10 105 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F 1008R-08E-1/2 a 0802pp 8 70 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
1210R-08E-1/2 a 0802pp 10 80 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F 1210R/L-09E a a 0902pp 10 160 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
1412R/L-08E a a 0802pp 12 180 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F 1210R-09E-2/3 a 0902pp 10 105 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
1412R-08E-2/3 a 0802pp 12 120 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F 1210R-09E-1/2 a 0902pp 10 80 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
CPMH TPGH
1412R-08E-1/2 a 0802pp 12 90 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F 1412R/L-09E a a 0902pp 12 180 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
NP-CPGB TPMH
1816R/L-09E a a NP-CPMB 0903pp 16 220 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F 1412R-09E-2/3 a NP-TPGB 0902pp 12 120 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
NP-CPMH NP-TPMB
1816R-09E-2/3 a 0903pp 16 145 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F 1412R-09E-1/2 a
NP-TPMH 0902pp 12 90 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
1816R-09E-1/2 a 0903pp 16 110 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F 1816R/L-11E a a 1103pp 16 220 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
2220R/L-09E a a 0903pp 20 250 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F 1816R-11E-2/3 a 1103pp 16 145 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
2220R-09E-2/3 a 0903pp 20 165 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F 1816R-11E-1/2 a 1103pp 16 110 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
2220R-09E-1/2 a 0903pp 20 125 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F 2220R/L-11E a a 1103pp 20 250 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
Clamp Torque (N • m) : TS253=1.0, TS3D=2.5, TS4D=3.5 2220R-11E-2/3 a 1103pp 20 165 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
* 2220R-11E-1/2 a 1103pp 20 125 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
(Note 1) The insert photos are only examples. The letters refer to the chip breaker and the dimension refers to the inscribed circle.
(Note 2) When using insert with right and left hand chip breaker, please use left hand
insert for right hand holder and right hand insert for left hand holder. * Clamp Torque (N • m) : TS2D=0.6, TS25D=1.0, TS31D=2.5
CCpp type inserts A088 ─ A091 CUTTING CONDITIONS E012
a : Inventory maintained in Japan. CPpp type inserts A092 TPpp type inserts A105 ─ A107 SPARE PARTS P001
E006 CBN & PCD inserts B036 ─ B039, B056 CBN & PCD inserts B043, B059 TECHNICAL DATA Q001 E007
LEGEND FOR STOCK REFERENCE PAGE PAGE REFERENCE
STATUS MARK FOR APPLICABLE INSERTS ·SPARE PARTS
is shown on the left hand page indicates reference pages for ·TECHNICAL DATA
of each double-page spread. details of inserts that are indicates reference pages, including
applicable to the title product. the above, on the right hand page of
PRODUCT STANDARDS each double-page spread.
indicates order numbers,
stock status (per right/left hand),
applicable inserts, dimensions,
minimum cutting diameters,
standard corner radius,
recommended l/d ratios,
and spare parts.
MIN. CUTTING DIAMETER
is colour-coded to let you find, at a
glance, the maximum / minimum cutting
diameters for internal machining.
a To Order : Please specify
zorder number and hand of tool (right/left).
E000

2. TURNING TOOLS
BORING BARS
CLASSIFICATION OF BORING TOOLS .......... E002
IDENTIFICATION .............................................. E004
STANDARD BORING BARS
FEATURES OF DIMPLE BAR ...................... E005
DIMPLE BAR................................................. E006
DOUBLE CLAMP DIMPLE BAR................... E013
MICRO-DEX BORING BARS ........................ E016
MICRO-MINI TWIN BORING BARS ............. E019
MICRO-MINI BORING BARS........................ E022
F TYPE BORING BARS ................................ E025
S TYPE BORING BARS................................ E028
P TYPE BORING BARS................................ E035
M TYPE BORING BARS ............................... E039
AL TYPE BORING BARS ............................. E040
D TYPE BORING HEAD ............................... E041
*Arranged by Alphabetical order CpppSTFC
E013 Appp-DCLN E028 E012 FSVJB/C
E013 Appp-DDUN E017 CpppSTUC E011 FSVPB/C
E014 Appp-DSKN E032 CpppSVQC E011 FSVUB/C
E014 Appp-DTFN E016 CpppSWUB E027 FSWL1
E015 Appp-DVUN E019 CB E027 FSWL2
E015 Appp-DWLN E020 CR E010 FSWUB/P
E039 ApppMWLN E042 DPCL E018 RBH
E036 ApppPCLN E042 DPDH E023 RBH
E037 ApppPDQN E041 DPDU E030 SpppSCLC
E036 ApppPDUN E041 DPTF E034 SpppSCZC
E038 ApppPDZN E043 DPVP E031 SpppSDQC
E035 ApppPSKN E026 FCTU1 E029 SpppSDUC
E035 ApppPTFN E026 FCTU2 E033 SpppSSKC
E037 ApppPWLN E006 FSCLC/P E028 SpppSTFC
E022 Cpppp-BLS E009 FSDQC E040 SpppSTFE
E016 CpppSCLC E008 FSDUC E032 SpppSVQC
E030 CpppSCLC E025 FSTU1 E033 SpppSVUC
E031 CpppSDQC E025 FSTU2 E024 SBH
E029 CpppSDUC E007 FSTUP
E001

3. BORING BARS
CLASSIFICATION
'=75° '=91° '=93°
' ' '
Name of Tool Holder Features
DIMPLE BAR a The minimum cutting diameter is
from &10.
a 5°, 7°, 11° positive insert.
a Excellent vibration resistance due
to a light dimple head.
a l/d is 3 to 5 times the diameter
(Carbide shank is 7 to 8 times the FSTUP FSDUC FSVUB/C
diameter). ^ E007 ^ E008 ^ E011
DOUBLE CLAMP a The minimum cutting diameter is
from &32.
DIMPLE BAR a
a
Economical negative insert.
Single action type.
BORING
a Excellent vibration resistance due
to a light dimple head.
(With coolant hole.) DSKN DTFN DDUN DVUN
a l/d is 3 to 4 times the diameter. ^ E014 ^ E014 ^ E013 ^ E015
F Type Boring Bars a The minimum cutting diameter is
from & 5.8.
a 11°positive insert.
a Screw-on type and Clamp-on type.
a l/d is 3 to 5 times the diameter.
FSTU FCTU
a FSWL type is 7°positive insert. ^ E025 ^ E026
S Type Boring Bars a The minimum cutting diameter is from &11.
a ISO standard.
a 7°positive insert.
a Screw-on type.
a l/d is 3 to 5 times the diameter SSKC STFC SDUC SVUC
(Carbide shank is 7 times the diameter). ^ E033 ^ E028 ^ E029 ^ E033
P Type Boring Bars a The minimum cutting diameter is
from & 25.
a ISO standard.
a Economical negative insert.
a Lever lock type, and pin lock type.
a l/d is 3 times the diameter.
PSKN PTFN PDUN
^ E035 ^ E035 ^ E036
D Type Boring Head a The minimum cutting diameter is
from &40. 90°
a Economical negative insert.
a Lever lock type.
a Exchangeable head type.
DPTF DPDU
^ E041 ^ E041
M Type Boring Bars a The minimum cutting diameter is
from & 32.
a Negative trigon shape insert.
a Double clamp type.
a l/d is 3 times the diameter.
AL Type Boring Bars a The minimum cutting diameter is from &20.
a Suitable for non-ferrous metal.
a 20°positive insert.
a Screw-on type.
a l/d is 6 times the diameter.
STFE
a Excellent vibration resistance. ^ E040
MICRO-DEX a The minimum cutting diameter is from &5.
a 7°positive insert.
Boring Bars a Carbide shank type.
(Carbide Shank) a Easy-to-use tool geometries.
a Suitable for small workpieces. SWUB STUC
a l/d is 5 times the diameter. ^ E016 ^ E017
MICRO-MINI TWIN a The minimum cutting diameter is
from &2.2.
Boring Bars a Solid carbide type with two cutting
edges.
a Continuous cutting from boring to facing.
a With or without a chip breaker.
The minimum cutting diameter is
MICRO-MINI a
from &3.2.
Boring Bars a
a
Solid carbide type (Single cutting edges).
l/d is 5 times the diameter.
a Cutting edge can be shaped
according to the application. Thus,
it covers a wide cutting range CppFR-BLS
(threading,grooving,copying, etc.). ^ E022
(Note 1) Holders with blue colour symbol have an anti-vibration carbide shank. (For Micro-dex boring bars, carbide shank only.)
E002

4. '=93° '=95° '=107°30´ ─117°30´ '=142° '=3°, 5° Selection Standard
Low Cutting Resist-
Small Diameter
Coolant Hole
Clamp Rigidity
'
Economical
Specialized
ance (Sharpness)
Resistance
' ' '
Operation
Efficiency
Vibration
'
Cutting
e
*
e e e
*
FSWUB/P FSCLC/P FSDQC FSVPB/C FSVJB/C
^ E010 ^ E006 ^ E009 ^ E011 ^ E012
BORING
DCLN DWLN
^ E013 ^ E015
u u
* u
*
FSWL
^ E027
u u
*
SCLC SDQC SVQC SCZC
^ E030 ^ E031 ^ E032 ^ E034
e u e e
PCLN PWLN PDQN PDZN
^ E036 ^ E037 ^ E037 ^ E038
e u e
DPCL DPDH DPVP
^ E042 ^ E042 ^ E043
e e u e
MWLN
^ E039
e u e
e e
SCLC
^ E016
e e e
CBppRS(-B) CR
^ E019 ^ E020
e e
(Note 2) e : 1st recommendation. u : 2nd recommendation.
(Note 3) Indicates that the shank material is carbide.
*
E003

5. BORING BARS
IDENTIFICATION
y DIMPLE BAR nMin.Cutting Diameter mShank Diameter
(mm) (mm)
10 10 22 22 08 8
cInsert Shape vCutting Angle 12 12 25 25 10 10
C RHOMBIC 80° U 93° 13 13 30 30 12 12
D RHOMBIC 55° L 95° bInsert Clearance 14 14 32 32 16 16
T TRIANGULAR 60° Q 107°30´ B 5° 16 16 34 34 20 20
zFunction xClamp Structure V RHOMBIC 35° P 117°30´ C 7° 18 18 40 40 25 25
F Fix type S Screw-on W TRIGON J 142° P 11° 20 20 32 32
BORING
, . / u
11
F S C L C 10 08 R - 06 E - 2/3
z x c v b n m
,Hand of Tool .Cutting Edge Length (mm) /Shank Material u Tool Length (Carbide shank only) (mm)
11
Inscribed circle 4.76 5.56 6.35 7.94 9.525 E Shank Dia. 8 10 12 16 20
R Right Hand of insert Carbide Shank
L Left Hand RHOMBIC 80° – – 06 08 09 S Steel Shank No symbol 140 160 180 220 250
RHOMBIC 55° – – 07 – 11 2/3 90 105 120 145 165
TRIANGULAR 60° 08 09 11 – 16 1/2 70 80 90 110 125
RHOMBIC 35° 08 – 11 – 16
TRIGON L3 – 04 – 06
y ISO TYPE Boring tools
[For Aluminium Alloy, M-type, P-type and S-type]
S 16 M S C L C R 09
z x c v b n m , .
cTool Length
zShank Material (mm) vClamp Structure bInsert Shape mInsert Clearance ,Hand of Tool
A Steel Shank F 80 M Double Clamp C RHOMBIC 80° C 7°Positive R Right Hand
with Coolant Hole
H 100 P Lever Lock D RHOMBIC 55° E 20°Positive L Left Hand
C Carbide Shank
K 125 S Screw-on S SQUARE 90° N 0°
E Carbide Shank
with Coolant Hole M 150 T TRIANGULAR 60° P 11°Positive
S Steel Shank Q 180 V RHOMBIC 35°
R 200 W Trigon
S 250
T 300
xShank Diameter U 350
(mm) V 400 nCutting Angle .Cutting Edge Length (mm)
Inscribed circle
08 8 F 91° of insert 6.35 7.94 9.525 12.70 19.05
10 10 K 75° RHOMBIC 80° 06 08 09 12 19
12 12 L 95° RHOMBIC 55° 07 – 11 15 –
16 16 Q 107°30´ SQUARE 90° – – 09 12 19
20 20 U 93° TRIANGULAR 60° 11 – 16 22 –
25 25 RHOMBIC 35° 11 – 16 – –
32 32
40 40
E004

6. FEATURES OF DIMPLE BAR
Highly rigid steel shank and a lightweight head configuration Chip disposal is improved by having
designed by computer simulation analysis reduces chatter two channels for chip evacuation.
and improves the vibration damping properties.
The lightweight head with its large
dimple reduces chatter.
Available in sizes smaller than the ISO
standard. Therefore the boring of
small diameter holes is possible.
The boring bar has a laser printed
scale on the shank to facilitate easy
BORING
installation.
"F and FS" breakers improves the quality
of the surface finish, "MV" breaker offers
excellent chip disposal. High wear
resistant CBN inserts are also available
for the machining of hardened materials.
y DEFLECTION RESISTANCE y VIBRATION RESISTANCE
a DIMPLE BAR Weight of the Head Damping Time
49.7g 15.8ms
Cutting Force
(Principal Force)
Cutting Force
(Back Force)
By reducing the weight of the head, the damping
properties are increased.
a Conventional Product Weight of the Head Damping Time
70.1g 20ms
The unique cross sectional
shape engineered into the
dimple effectively balances Boring Bar Deflection
the cutting forces (principal DIMPLE BAR 28.3!m
and back force), and reduces
Conventional Bar 34!m
deflection by up to 17 %.
*The simulation cut=0.5mm,above was conducted with a FSCLP1816R-09S holder, under the following conditions;
l/d=5, depth of
data stated
and feed=0.05mm/rev.
y Direction for the use of CCG/MT • CPG/MT • CPMX • TPG/MX type inserts
By changing the clamp screw, it is possible to use the inserts listed in the table below.
Holder : FSCLC/P • FSCLC/P...E Holder : FSTUP • FSTUP...E
Insert Number Clamp Screw Insert Number Clamp Screw
CCG/MT0602pp (& 6.35) Can be used as it is. TPG/MX0802pp (& 4.76) Change to CS200T
CPG/MT0802pp (& 7.94) Change to TS3 TPG/MX0902pp (& 5.56) Change to CS250T
CPG/MT0903pp (& 9.525) Change to TS4 TPG/MX1103pp (& 9.525) Change to CS300890T
CPMX0802pp (& 7.94) Can be used as it is.
CPMX0903pp (& 9.525) Can be used as it is.
* If the screw is too long then please shorten as necessary.
(Note) TPMT/W09,W11 types cannot be used due to a different clamp screw size.
E005

7. BORING BARS
DIMPLE BAR
a Excellent vibration resistance due to light dimple head.
a Chip disposal is improved by having two channels for chip evacuation.
a A laser printed scale on the side for easy installation (Steel shank).
a l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
FSCLC/P CCooinserts, CPooinserts FV
Finish
SV
Light
95°
(06,08,09) (06,08,09)
Medium CBN
F1
95° RR° L2 H1
MV
Re
L1
øD1 5° øD4
FSCLC1008R/L-06S=1° Right hand tool holder shown. (06,08,09) (06,08,09)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
CCG/MH
BORING
FSCLC1008R/L-06S a a NP-CCGT
NP-CCGW
0602pp 8 125 18 5 7.2 12 10 0.4 ─3 TS253 TKY08F
FSCLP1210R/L-08S a a 0802pp 10 150 22.5 6 9 5 12 0.4 ─3.5 TS3D TKY10F
1412R/L-08S a a 0802pp 12 150 27 7 11 4 14 0.4 ─4 TS3D TKY10F
CPMH
1612R/L-09S a a
NP-CPGB 0903pp 12 150 30 8 11 4 16 0.4 ─4 TS4D TKY15F
1816R/L-09S a a NP-CPMB 0903pp 16 180 36 9 15 3.5 18 0.4 ─5 TS4D TKY15F
NP-CPMH
2220R/L-09S a a 0903pp 20 220 45 11 19 2 22 0.4 ─5 TS4D TKY15F
3025R/L-09S a a 0903pp 25 250 56.3 15 23.4 0 30 0.4 ─5 TS4D TKY15F
* Clamp Torque (N • m) : TS253=1.0, TS3D=2.5, TS4D=3.5
FSCLC/P-E Carbide shank
with coolant hole CCooinserts, CPooinserts FV
Finish
SV
Light
95°
(06,08,09) (06,08,09)
Medium CBN
F1
95° RR° L2 H1
MV
Re
L1 øD4
øD1
5°
FSCLC1008R/L-06E (-2/3, -1/2)=1° Right hand tool holder shown. (06,08,09) (06,08,09)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
FSCLC1008R/L-06E a a CCGH 0602pp 8 140 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F
CCMH
1008R-06E-2/3 a 0602pp 8 90 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F
NP-CCGT
1008R-06E-1/2 a NP-CCGW 0602pp 8 70 13.8 5 7.2 12 10 0.4 ─7 TS253 TKY08F
FSCLP1210R/L-08E a a 0802pp 10 160 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F
1210R-08E-2/3 a 0802pp 10 105 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F
1210R-08E-1/2 a 0802pp 10 80 16.0 6 9 5 12 0.4 ─7.5 TS3D TKY10F
1412R/L-08E a a 0802pp 12 180 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F
1412R-08E-2/3 a 0802pp 12 120 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F
CPMH
1412R-08E-1/2 a
NP-CPGB 0802pp 12 90 17.8 7 11 4 14 0.4 ─8 TS3D TKY10F
1816R/L-09E a a NP-CPMB 0903pp 16 220 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F
NP-CPMH
1816R-09E-2/3 a 0903pp 16 145 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F
1816R-09E-1/2 a 0903pp 16 110 21.8 9 15 3.5 18 0.4 ─8 TS4D TKY15F
2220R/L-09E a a 0903pp 20 250 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F
2220R-09E-2/3 a 0903pp 20 165 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F
2220R-09E-1/2 a 0903pp 20 125 24.0 11 19 2 22 0.4 ─8 TS4D TKY15F
Clamp Torque (N • m) : TS253=1.0, TS3D=2.5, TS4D=3.5
*
(Note 1) The insert photos are only examples. The letters refer to the chip breaker and the dimension refers to the inscribed circle.
(Note 2) When using insert with right and left hand chip breaker, please use left hand
insert for right hand holder and right hand insert for left hand holder.
CCpp type inserts A088 ─ A091
a : Inventory maintained in Japan. CPpp type inserts A092
E006 CBN & PCD inserts B036 ─ B039, B056

8. FSTUP TPooinserts FV
Finish
SV
Light Medium
MV
93°
(08,09) (08,09,11,16) (08,09,11,16)
PCD CBN
93°
F1
R/L-F
RR° L2 H1
Re
L1
øD1 5° øD4
Right hand tool holder shown. (08,09,11) (08,09,11,16)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
BORING
FSTUP1008R/L-08S a a 0802pp 8 125 18 5 7.2 10 10 0.4 ─3 TS2D TKY06F
1210R/L-09S a a 0902pp 10 150 22.5 6 9 8 12 0.4 ─3.5 TS25D TKY08F
1412R/L-09S a a
TPGH 0902pp 12 150 27 7 11 7 14 0.4 ─4 TS25D TKY08F
1210R/L-11S a a TPMH 1103pp 10 150 22.5 6 9 8 12 0.4 ─3.5 TS31D TKY10F
NP-TPGB
1412R/L-11S a a NP-TPMB 1103pp 12 150 27 7 11 7 14 0.4 ─4 TS31D TKY10F
1816R/L-11S a a NP-TPMH 1103pp 16 180 36 9 15 4 18 0.4 ─5 TS31D TKY10F
2220R/L-11S a a 1103pp 20 220 45 11 19 0 22 0.4 ─5 TS31D TKY10F
3225R/L-16S a a 1603pp 25 270 56.3 16 23.4 0 32 0.8 ─5 TS4D TKY15F
Clamp Torque (N • m) : TS2D=0.6, TS25D=1.0, TS31D=2.5, TS4D=3.5
*
FSTUP-E Carbide shank
with coolant hole TPooinserts FV
Finish
SV
Light Medium
MV
93°
(08,09) (08,09,11) (08,09,11)
PCD CBN
93°
F1
R/L-F
RR° L2 H1
Re
L1
øD1 øD4
5°
Right hand tool holder shown. (08,09,11) (08,09,11)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
FSTUP 1008R/L-08E a a 0802pp 8 140 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
1008R-08E-2/3 a 0802pp 8 90 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
1008R-08E-1/2 a 0802pp 8 70 13.8 5 7.2 10 10 0.4 ─7 TS2D TKY06F
1210R/L-09E a a 0902pp 10 160 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
1210R-09E-2/3 a 0902pp 10 105 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
1210R-09E-1/2 a 0902pp 10 80 16.0 6 9 8 12 0.4 ─7.5 TS25D TKY08F
TPGH
1412R/L-09E a a 0902pp 12 180 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
TPMH
1412R-09E-2/3 a NP-TPGB 0902pp 12 120 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
NP-TPMB
1412R-09E-1/2 a
NP-TPMH 0902pp 12 90 17.8 7 11 7 14 0.4 ─8 TS25D TKY08F
1816R/L-11E a a 1103pp 16 220 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
1816R-11E-2/3 a 1103pp 16 145 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
1816R-11E-1/2 a 1103pp 16 110 21.8 9 15 4 18 0.4 ─8 TS31D TKY10F
2220R/L-11E a a 1103pp 20 250 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
2220R-11E-2/3 a 1103pp 20 165 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
2220R-11E-1/2 a 1103pp 20 125 24.0 11 19 0 22 0.4 ─8 TS31D TKY10F
Clamp Torque (N • m) : TS2D=0.6, TS25D=1.0, TS31D=2.5
*
CUTTING CONDITIONS E012
TPpp type inserts A105 ─ A107 SPARE PARTS P001
CBN & PCD inserts B043, B059 TECHNICAL DATA Q001 E007

9. BORING BARS
DIMPLE BAR
a Excellent vibration resistance due to light dimple head.
a Chip disposal is improved by having two channels for chip evacuation.
a A laser printed scale on the side for easy installation (Steel shank).
a l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter).
FSDUC DCooinserts FV
Finish
SV
Light Medium
MV
93°
(07,11) (07,11) (07,11)
Medium PCD CBN
93°
F1
Standard R/L-F
RR° H1
F2
Re L2
øD1 L1 øD4
0°
Right hand tool holder shown. (07,11) (07,11) (07,11)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 F2 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
BORING
FSDUC1410R/L-07S a a
DCMT 0702pp 10 150 18 8.3 3.3 9 7.5 14 0.4 ─3.5 TS25 TKY08F
1612R/L-07S a a DCET 0702pp 12 150 20 9.3 3.3 11 6 16 0.4 ─4 TS25 TKY08F
DCGT
2016R/L-07S a a NP-DCMT 0702pp 16 180 20 11.3 3.3 15 5 20 0.4 ─5 TS25 TKY08F
3220R/L-11S a a NP-DCMW 11T3pp 20 180 22.5 16.1 6.1 19 5 32 0.8 ─5 TS43 TKY15F
* Clamp Torque (N • m) : TS25=1.0, TS43=3.5
FSDUC-E Carbide shank
with coolant hole DCooinserts FV
Finish
SV
Light Medium
MV
93°
(07,11) (07,11) (07,11)
Medium PCD CBN
93°
F1
Standard R/L-F
RR° H1
F2
Re L2
øD1 L1 øD4
0°
Right hand tool holder shown. (07,11) (07,11) (07,11)
Stock Dimensions (mm)
Min.
Cutting
Standard Recom-
Corner *
Order Number Insert Number Diameter Radius mended
D1 Re l/d
R L D4 L1 L2 F1 F2 H1 RR° (mm) (mm) Ratio Clamp
Screw Wrench
FSDUC1410R/L-07E a a
DCMT 0702pp 10 160 16.0 8.3 3.3 9 7.5 14 0.4 ─7.5 TS25 TKY08F
1612R/L-07E a a DCET 0702pp 12 180 17.8 9.3 3.3 11 6.0 16 0.4 ─8 TS25 TKY08F
DCGT
2016R/L-07E a a NP-DCMT 0702pp 16 220 21.8 11.3 3.3 15 5.0 20 0.4 ─8 TS25 TKY08F
3220R/L-11E a a NP-DCMW 11T3pp 20 250 24.0 16.1 6.1 19 5.0 32 0.8 ─8 TS43 TKY15F
Clamp Torque (N • m) : TS25=1.0, TS43=3.5
*
(Note 1) The insert photos are only examples. The letters refer to the chip breaker and the dimension refers to the inscribed circle.
(Note 2) When using insert with right and left hand chip breaker, please use left hand
insert for right hand holder and right hand insert for left hand holder.
a : Inventory maintained in Japan. DCpp type inserts A093 ─ A096
E008 CBN & PCD inserts B040, B041, B057