C007E BORING BARS STANDARD BORING BARS

Transcription

1 C007E BARS STANDARD BARS

2 OW TO READ TE STANDARD OF BARS ow this section page is organised zorganised by product series. (Refer to the index on the next page.) TYPE OF BAR indicates the initial letters for the order number, as well as applicable insert types. TITLE OF PRODUCT SERIES PRODUCT SECTION PRODUCT FEATURES FIGURE SOWING TE TOOLING APPLICATION uses illustrations and arrows to depict available machining applications along with cutting edge lead angles. GEOMETRY CIP BREAKER BY CUTTING APPLICATION BARS DIMPLE BAR FSTUP Excellent vibration resistance due to light dimple head. Chip disposal is improved by having two channels for chip evacuation. A laser printed scale on the side for easy installation ( Steel shank ). l/d is 3 to 5 times the diameter ( Carbide shank is 7 to 8 times the diameter ). With coolant hole TP inserts Finish Light Medium MV FV SV FSDUC With coolant hole DC inserts FP FM LP LM (08,09) (08,09,11,16) (08,09,11,16) (07,11) (07,11) (07,11) (07,11) 93 PCD R/L-F CBN 93 Medium Medium PCD CBN MP MM R/L-F FSTUP1008R/L-08A a a (08,09,11) (08,09,11,16) 0802oo TS2D TKY06F FSTUP1210R/L-09A a a TPG 0902oo TS25D TKY08F FSTUP1412R/L-09A a a TPM 0902oo TS25D TKY08F NP-TPGB FSTUP1816R/L-11A a a NP-TPMB 1103oo TS31D TKY10F FSTUP2220R/L-11A a a NP-TPM 1103oo TS31D TKY10F FSTUP3225R/L-16A a a 1603oo TS4D TKY15F Torque (N m) : TS2D=0.6, TS25D=1.0, TS31D=2.5, TS4D=3.5 FSTUP-E FV Carbide shank with coolant hole TP inserts Maximum Recommendation l/d Ratio SV MV Finish Light Medium 2 FSDUC1410R/L-07A a a DCMT 0702oo TS25 TKY08F DCET FSDUC1612R/L-07A a a DCGT 0702oo TS25 TKY08F FSDUC2016R/L-07A a a NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDUC3220R/L-11A a a BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 FSDUC-E FP Carbide shank with coolant hole DC inserts (07,11) (07,11) (07,11) (07,11) Maximum Recommendation l/d Ratio FM LP LM (07,11) (07,11) (07,11) (07,11) 93 R/L-F (08,09) (08,09,11) (08,09,11) PCD CBN 93 Medium Medium PCD CBN MP MM R/L-F FSTUP1008R/L-08E a a (08,09,11) (08,09,11) Maximum Recommendation l/d Ratio 0802oo TS2D TKY06F FSTUP1008R-08E-2/3 a 0802oo TS2D TKY06F FSTUP1008R-08E-1/2 a 0802oo TS2D TKY06F FSTUP1210R/L-09E a a 0902oo TS25D TKY08F 2 (07,11) (07,11) (07,11) (07,11) FSDUC1410R/L-07E s s DCMT 0702oo TS25 TKY08F DCET FSDUC1612R/L-07E s s DCGT 0702oo TS25 TKY08F FSDUC2016R/L-07E s s NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDUC3220R/L-11E s s BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 Maximum Recommendation l/d Ratio FSTUP1210R-09E-2/3 a 0902oo TS25D TKY08F FSTUP1210R-09E-1/2 a 0902oo TS25D TKY08F TPG FSTUP1412R/L-09E a a 0902oo TS25D TKY08F TPM FSTUP1412R-09E-2/3 a NP-TPGB 0902oo TS25D TKY08F NP-TPMB FSTUP1412R-09E-1/2 a 0902oo NP-TPM TS25D TKY08F FSTUP1816R/L-11E a a 1103oo TS31D TKY10F FSTUP1816R-11E-2/3 a 1103oo TS31D TKY10F FSTUP1816R-11E-1/2 a 1103oo TS31D TKY10F FSTUP2220R/L-11E a a 1103oo TS31D TKY10F FSTUP2220R-11E-2/3 a 1103oo TS31D TKY10F FSTUP2220R-11E-1/2 a 1103oo TS31D TKY10F Torque (N m) : TS2D=0.6, TS25D=1.0, TS31D=2.5 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. E008 : Inventory maintained. : Inventory maintained in Japan. TP type inserts A153, A154 B041, B054 CUTTING CONDITIONS E013 DC type inserts A140 A144 SPARE PARTS M001 B038, B039, B052 TECNICAL DATA N001 E009 LEGEND FOR STOCK STATUS MARK is shown on the left hand page of each double-page spread. PRODUCT STANDARDS 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. REFERENCE PAGE FOR APPLICABLE INSERTS indicates reference pages for details of inserts that are applicable to the title product. PAGE REFERENCE SPARE PARTS TECNICAL DATA indicates reference pages, including the above, on the right hand page of each double-page spread. E000

3 TURNING BARS CLASSIFICATION OF TOOLS... IDENTIFICATION... E002 E004 STANDARD BARS FEATURES OF DIMPLE BAR... DIMPLE BAR... DOUBLE CLAMP DIMPLE BAR... MICRO-DEX BARS... MICRO-MINI TWIN BARS... MICRO-MINI BARS... F TYPE BARS... S TYPE BARS... P TYPE BARS... AL TYPE BARS... E006 E007 E014 E017 E020 E023 E026 E029 E036 E040 Alphabetical order index E014 Aooo-DCLN E014 Aooo-DDUN E015 Aooo-DSKN E015 Aooo-DTFN E016 Aooo-DVUN E016 Aooo-DWLN E037 AoooPCLN E038 AoooPDQN E037 AoooPDUN E039 AoooPDZN E036 AoooPSKN E036 AoooPTFN E038 AoooPWLN E023 Coooo-BLS E017 CoooSCLC E031 CoooSCLC E032 CoooSDQC E030 CoooSDUC E029 CoooSTFC E018 E033 E017 E020 E021 E027 E027 E007 E010 E009 E026 E026 E008 E013 E012 E012 E028 E028 E011 CoooSTUC CoooSVQC CoooSWUB CB CR FCTU1 FCTU2 FSCLC/P FSDQC FSDUC FSTU1 FSTU2 FSTUP FSVJB/C FSVPB/C FSVUB/C FSWL1 FSWL2 FSWUB/P E019 E024 E031 E035 E032 E030 E034 E029 E040 E033 E034 E025 RB RB SoooSCLC SoooSCZC SoooSDQC SoooSDUC SoooSSKC SoooSTFC SoooSTFE SoooSVQC SoooSVUC SB E001

4 BARS CLASSIFICATION =75 =91 =93 Name of Tool older Features DIMPLE BAR DOUBLE CLAMP DIMPLE BAR F Type Boring Bars S Type Boring Bars P Type Boring Bars AL Type Boring Bars MICRO-DEX Boring Bars (Carbide Shank) MICRO-MINI TWIN Boring Bars MICRO-MINI Boring Bars The minimum cutting diameter is from &10. 5, 7, 11 positive inserts. Excellent vibration resistance due to a light dimple head. l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter). The minimum cutting diameter is from &32. Economical negative insert. Single action type. Excellent vibration resistance due to a light dimple head. (With coolant hole.) l/d is 3 to 4 times the diameter. The minimum cutting diameter is from & positive insert. -on type and -on type. l/d is 3 to 5 times the diameter. FSWL type is 7 positive insert. The minimum cutting diameter is from &11. ISO standard. 7 positive insert. -on type. l/d is 3 to 5 times the diameter (Carbide shank is 7 times the diameter). The minimum cutting diameter is from &20. ISO standard. Economical negative insert. Lever lock type, and pin lock type. l/d is 3 times the diameter. The minimum cutting diameter is from &20. Suitable for non-ferrous metal. 20 positive insert. -on type. l/d is 6 times the diameter. Excellent vibration resistance. The minimum cutting diameter is from &5. 5, 7 positive insert. Carbide shank type. Easy-to-use tool geometries. Suitable for small workpieces. l/d is 5 times the diameter. The minimum cutting diameter is from &2.2. Solid carbide type with two cutting edges. Continuous cutting from boring to facing. With or without a chip breaker. The minimum cutting diameter is from &3.2. Solid carbide type (Single cutting edges). l/d is 5 times the diameter. Cutting edge can be shaped according to the application.thus, it covers a wide cutting range (threading,grooving,copying, etc.). DSKN ^ E015 SSKC ^ E034 PSKN ^ E036 DTFN ^ E015 STFC ^ E029 PTFN ^ E036 STFE ^ E040 FSTUP ^ E008 DDUN ^ E014 FSTU ^ E026 SDUC ^ E030 PDUN ^ E037 SWUB ^ E017 CooFR-BLS ^ E023 FSDUC ^ E009 DVUN ^ E016 FCTU ^ E027 SVUC ^ E034 STUC ^ E018 (Note 1) olders with blue colour symbol have an anti-vibration carbide shank. (For Micro-dex boring bars, carbide shank only.) FSVUB/C ^ E012 E002

5 =93 =95 = =142 =93,95 Selection Standard FSWUB/P ^ E011 Economical Low Cutting Resistance (Sharpness) Rigidity Vibration Resisiance Operation Efficiency Coolant ole Specialized Small Diameter Cutting FSCLC/P ^ E007 FSDQC ^ E010 FSVPB/C ^ E012 FSVJB/C ^ E013 e e e e DCLN ^ E014 DWLN ^ E016 FSWL ^ E028 u u u SCLC ^ E031 SDQC ^ E032 SVQC ^ E033 SCZC ^ E035 u u e u e e PCLN ^ E037 PWLN ^ E038 PDQN ^ E038 PDZN ^ E039 e u e SCLC ^ E017 e e CBooRS(-B) ^ E020 CR ^ E021 e e e e e (Note 2) : 1st recommendation. : 2nd recommendation. (Note 3) Indicates that the shank material is carbide. E003

6 BARS IDENTIFICATION y ISO CODES KEY-Boring Tools for Internal Machining A C E S Tool older with Coolant ole Steel Shank Carbide Shank Tool older with Coolant ole Carbide Shank Steel Shank 08 & 8 10 &10 12 &12 16 &16 20 &20 25 &25 32 &32 40 &40 50 &50 F K 125 M 150 Q 180 R 200 S 250 T 300 U 350 V 400 M P S z Shank Material x Shank Diameter (mm) c Tool Length (mm) v ing Method S 16 M S C L C R 09 z x c v b n m,. b Insert Shape C 80 F n Tool Style 91 m Insert Normal Clearance C 7 Inscribed Circle of Insert (mm) C 80 D. Insert Size S T V 35 W D 55 K 75 E L S 90 L N T 60 Q P V 35 U 93, and of Tool R W 60 Z L E004

7 y DIMPLE BAR nmin.cutting Diameter (mm) mshank Diameter (mm) zfunction F Fixed type x Structure S -on cinsert Shape C ROMBIC 80 D ROMBIC 55 T TRIANGULAR 60 V ROMBIC 35 W TRIGON vcutting Angle U 93 L 95 Q P J 142 binsert Clearance B 5 C 7 P F z S x C c L v C b 10 n 08 m, R. / u11-06 E - 2/3,and of Tool R Right and L Left and.cutting Edge Length (mm) Inscribed circle of insert ROMBIC ROMBIC TRIANGULAR ROMBIC TRIGON L /Shank Material Tool older with A Coolant ole Steel Shank Tool older with E Coolant ole Carbide Shank S Steel Shank 11 Tool Length (Carbide shank only) (mm) Shank Dia No symbol / / y F TYPE Boring tools F z S x T c U v 1 b 08 n R m ztype cinsert Shape bshank Material F Fixed Type C D S T V W ROMBIC 80 ROMBIC 55 SQUARE 90 TRIANGULAR 60 ROMBIC 35 TRIGON 1 2 Steel Shank Carbide Shank mand of Tool (mm) R Right and L Left and x Structure C -on P Lever Lock S -on vcutting Angle F 91 K 75 L 95 P Q U 93 nshank Diameter (mm) E005

8 BARS FEATURES OF DIMPLE BAR ighly rigid steel shank and a lightweight head configuration designed by computer simulation analysis reduces chatter and improves the vibration damping properties. Chip disposal is improved by having two channels for chip evacuation. 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 installation. "F and FS" breakers improves the quality of the surface finish, "MV" breaker offers excellent chip disposal. igh wear resistant CBN inserts are also available for the machining of hardened materials. y DEFLECTION RESISTANCE y VIBRATION RESISTANCE DIMPLE BAR Weight of the ead 49.7g Damping Time 15.8ms Cutting Force (Back Force) Cutting Force (Principal Force) By reducing the weight of the head, the damping properties are increased. Conventional Product Weight of the ead 70.1g Damping Time 20ms The unique cross sectional shape engineered into the dimple effectively balances the cutting forces (principal and back force), and reduces deflection by up to 17%. Boring Bar Deflection DIMPLE BAR 28.3!m Conventional Bar 34!m The simulation data stated above was conducted with a FSCLP1816R-09A holder, under the following conditions; l/d=5, depth of cut=0.5mm, and feed=0.05mm/rev. y Notes 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 on the table below. older : FSCLC/P FSCLC/P...E older : FSTUP FSTUP...E CCG/MT0602oo (& 6.35) Can be used as it is. TPG/MX0802oo (& 4.76) Change to CS200T CPG/MT0802oo (& 7.94) Change to TS3 TPG/MX0902oo (& 5.56) Change to CS250T CPG/MT0903oo (& 9.525) Change to TS4 TPG/MX1103oo (& 9.525) Change to CS300890T CPMX0802oo (& 7.94) Can be used as it is. CPMX0903oo (& 9.525) Can be used as it is. If the screw is too long, please cut to length. (Note) TPMT/W09, W11 types cannot be used due to a different clamp screw size. E006

9 DIMPLE BAR Excellent FSCLC/P vibration resistance due to light dimple head. Chip disposal is improved by having two channels for chip evacuation. A laser printed scale on the side for easy installation (Steel shank). l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter). With coolant hole CC inserts, CP inserts FP FM LP LM 95 FSCLC1008R/L-06A a a CCG/M NP-CCGT NP-CCGW FSCLP1210L-08A FSCLC/P-E 5 FSCLC1008R/L-06A=1 a 0602oo TS253 TKY08F 0802oo TS3D TKY10F FSCLP1412R/L-08A a a CPM 0802oo TS3D TKY10F FSCLP1816R/L-09A a a NP-CPGB NP-CPMB 0903oo TS4D TKY15F FSCLP2220R/L-09A a a NP-CPM 0903oo TS4D TKY15F FSCLP3025R/L-09A a a 0903oo TS4D TKY15F Torque (N m) : TS253=1.0, TS3D=2.5, TS4D=3.5 Carbide shank with coolant hole CC inserts, CP inserts (06,09) (06,09) (06,09) (06,09) Medium Medium PCD/CBN MP MM (06,09) (06,09) (06,08,09) Maximum Recommendation l/d Ratio FP FM LP LM 95 5 FSCLC1008R/L-06E a a CCG 0602oo TS253 TKY08F FSCLC1008R-06E-2/3 a CCM NP-CCGT 0602oo TS253 TKY08F FSCLC1008R-06E-1/2 a NP-CCGW 0602oo TS253 TKY08F FSCLP1210R/L-08E a a FSCLC1008R/L-06E (-2/3, -1/2)=1 (06,09) (06,09) (06,09) (06,09) Medium Medium PCD/CBN MP MM (06,09) (06,09) (06,08,09) 0802oo TS3D TKY10F FSCLP1210R-08E-2/3 a 0802oo TS3D TKY10F FSCLP1210R-08E-1/2 a 0802oo TS3D TKY10F FSCLP1412R/L-08E a a 0802oo TS3D TKY10F FSCLP1412R-08E-2/3 a 0802oo TS3D TKY10F FSCLP1412R-08E-1/2 FSCLP1816R/L-09E a a a CPM NP-CPGB NP-CPMB NP-CPM 0802oo 0903oo TS3D TS4D TKY10F TKY15F FSCLP1816R-09E-2/3 a 0903oo TS4D TKY15F FSCLP1816R-09E-1/2 a 0903oo TS4D TKY15F FSCLP2220R/L-09E a a 0903oo TS4D TKY15F FSCLP2220R-09E-2/3 s 0903oo TS4D TKY15F FSCLP2220R-09E-1/2 s 0903oo TS4D TKY15F Torque (N m) : TS253=1.0, TS3D=2.5, TS4D=3.5 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. Maximum Recommendation l/d Ratio : Inventory maintained. : Inventory maintained in Japan. CC type inserts A133 A138 CUTTING CONDITIONS CP type inserts A139 SPARE PARTS B035 B037, B051 TECNICAL DATA E013 M001 N001 E007

10 BARS DIMPLE BAR Excellent FSTUP 93 FSTUP1008R/L-08A 93 a a oo TS2D TKY06F FSTUP1210R/L-09A a a TPG 0902oo TS25D TKY08F FSTUP1412R/L-09A a a TPM 0902oo TS25D TKY08F NP-TPGB FSTUP1816R/L-11A a a NP-TPMB 1103oo TS31D TKY10F FSTUP2220R/L-11A a a NP-TPM 1103oo TS31D TKY10F FSTUP3225R/L-16A a a 1603oo TS4D TKY15F Torque (N m) : TS2D=0.6, TS25D=1.0, TS31D=2.5, TS4D=3.5 FSTUP-E FV FSTUP1008R/L-08E a a With coolant hole TP inserts Carbide shank with coolant hole TP inserts Finish Light Medium FV SV MV (08,09) (08,09,11,16) (08,09,11,16) PCD R/L-F (08,09,11) (08,09,11,16) Finish Light Medium SV MV 0802oo TS2D TKY06F FSTUP1008R-08E-2/3 a 0802oo TS2D TKY06F FSTUP1008R-08E-1/2 a 0802oo TS2D TKY06F FSTUP1210R/L-09E a a 0902oo TS25D TKY08F FSTUP1210R-09E-2/3 a 0902oo TS25D TKY08F FSTUP1210R-09E-1/2 a 0902oo TS25D TKY08F FSTUP1412R/L-09E FSTUP1412R-09E-2/3 FSTUP1412R-09E-1/2 a a a a TPG TPM NP-TPGB NP-TPMB NP-TPM 0902oo 0902oo 0902oo TS25D TS25D TS25D TKY08F TKY08F TKY08F FSTUP1816R/L-11E a a 1103oo TS31D TKY10F FSTUP1816R-11E-2/3 a 1103oo TS31D TKY10F FSTUP1816R-11E-1/2 a 1103oo TS31D TKY10F FSTUP2220R/L-11E a a 1103oo TS31D TKY10F FSTUP2220R-11E-2/3 a 1103oo TS31D TKY10F FSTUP2220R-11E-1/2 a 1103oo TS31D TKY10F Torque (N m) : TS2D=0.6, TS25D=1.0, TS31D=2.5 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. vibration resistance due to light dimple head. Chip disposal is improved by having two channels for chip evacuation. A laser printed scale on the side for easy installation (Steel shank). l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter). (08,09) (08,09,11) (08,09,11) PCD R/L-F Maximum Recommendation l/d Ratio (08,09,11) (08,09,11) Maximum Recommendation l/d Ratio CBN CBN E008 : Inventory maintained. : Inventory maintained in Japan. TP type inserts A153, A154 B041, B054

11 FSDUC FSDUC1410R/L-07A a a DCMT 0702oo TS25 TKY08F FSDUC1612R/L-07A a a DCET DCGT 0702oo TS25 TKY08F FSDUC2016R/L-07A a a NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDUC3220R/L-11A a a BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 FSDUC-E FP With coolant hole DC inserts Carbide shank with coolant hole DC inserts FP FM LP LM (07,11) (07,11) (07,11) (07,11) Medium Medium PCD CBN MP MM R/L-F (07,11) (07,11) (07,11) (07,11) Maximum Recommendation l/d Ratio FM LP LM (07,11) (07,11) (07,11) (07,11) Medium Medium PCD CBN MP MM R/L-F (07,11) (07,11) (07,11) (07,11) Maximum Recommendation l/d Ratio FSDUC1410R/L-07E s s DCMT 0702oo TS25 TKY08F FSDUC1612R/L-07E s s DCET DCGT 0702oo TS25 TKY08F FSDUC2016R/L-07E s s NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDUC3220R/L-11E s s BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 CUTTING CONDITIONS E013 DC type inserts A140 A144 SPARE PARTS M001 B038, B039, B052 TECNICAL DATA N001 E009

12 BARS DIMPLE BAR Excellent FSDQC vibration resistance due to light dimple head. Chip disposal is improved by having two channels for chip evacuation. A laser printed scale on the side for easy installation (Steel shank). l/d is 3 to 5 times the diameter (Carbide shank is 7 to 8 times the diameter). With coolant hole DC inserts FP FM LP LM FSDQC1310R/L-07A a a DCMT 0702oo TS25 TKY08F FSDQC1612R/L-07A a a DCET DCGT 0702oo TS25 TKY08F FSDQC2016R/L-07A a a NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDQC2520R/L-11A a a BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 FSDQC-E Carbide shank with coolant hole DC inserts (07,11) (07,11) (07,11) (07,11) Medium Medium PCD CBN MP MM R/L-F (07,11) (07,11) (07,11) (07,11) Maximum Recommendation l/d Ratio FP FM LP LM (07,11) (07,11) (07,11) (07,11) Medium Medium PCD CBN MP MM R/L-F (07,11) (07,11) (07,11) (07,11) Maximum Recommendation l/d Ratio FSDQC1310R/L-07E a a DCMT 0702oo TS25 TKY08F FSDQC1612R/L-07E a a DCET DCGT 0702oo TS25 TKY08F FSDQC2016R/L-07E a a NP-DCMT 0702oo TS25 TKY08F NP-DCGW FSDQC2520R/L-11E a a BF-DCGT 11T3oo TS43 TKY15F Torque (N m) : TS25=1.0, TS43=3.5 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. E010 : Inventory maintained. : Inventory maintained in Japan. DC type inserts A140 A144 B038, B039, B052

13 FSWUB/P With coolant hole WB inserts, WP inserts Finish R/L-F FS 93 (L3,04,06) Medium MV 5 The &8 and &10 shanks are 0 FSWUB1008R/L-L3A a a WBMT L302oo TS2 TKY06F FSWUB1210R/L-L3A a a WBGT L302oo TS2 TKY06F FSWUP1412R/L-04A a a 0402oo TS253 TKY08F FSWUP1816R/L-04A a a WPMT 0402oo TS253 TKY08F FSWUP2220R/L-06A a a WPGT 0603oo TS4 TKY15F FSWUP3025R/L-06A a a 0603oo TS4 TKY15F FSWUB/P-E Torque (N m) : TS2=0.6, TS253=1.0, TS4=3.5 Maximum Recommendation l/d Ratio Carbide shank with coolant hole WB inserts, WP inserts (L3,04,06) Finish R/L-F FS 93 FSWUB1008R/L-L3E s s 5 FSWUB1008R-L3E-1/2 s WBMT L302oo TS2 TKY06F FSWUB1210R/L-L3E s s WBGT L302oo TS2 TKY06F L302oo TS2 TKY06F FSWUB1008R-L3E-2/3 s L302oo TS2 TKY06F FSWUB1210R-L3E-2/3 s L302oo TS2 TKY06F FSWUB1210R-L3E-1/2 s L302oo TS2 TKY06F FSWUP1412R/L-04E s s 0402oo TS253 TKY08F FSWUP1412R-04E-2/3 s 0402oo TS253 TKY08F FSWUP1412R-04E-1/2 s 0402oo TS253 TKY08F FSWUP1816R/L-04E s s 0402oo TS253 TKY08F FSWUP1816R-04E-2/3 s WPMT WPGT 0402oo TS253 TKY08F FSWUP1816R-04E-1/2 s 0402oo TS253 TKY08F FSWUP2220R/L-06E s s 0603oo TS4 TKY15F FSWUP2220R-06E-2/3 s 0603oo TS4 TKY15F FSWUP2220R-06E-1/2 s 0603oo TS4 TKY15F Torque (N m) : TS2=0.6, TS253=1.0, TS4=3.5 The &8 and &10 shanks are 0 Maximum Recommendation l/d Ratio (L3,04,06) Medium MV (L3,04,06) WB type inserts A163 CUTTING CONDITIONS WP type inserts A165 SPARE PARTS PCD inserts B056 TECNICAL DATA E013 M001 N001 E011

14 BARS DIMPLE BAR FSVUB/C Excellent vibration resistance due to light dimple head. Chip disposal is improved by having two channels for chip evacuation. A laser printed scale on the side for easy installation (Steel shank). l/d is 3 to 5 times the diameter. With coolant hole VC inserts, VB inserts FP FM LP LM 93 FSVUC1612R/L-08A a a 0 VCGT VCMT 2 2 (11,16) (11,16) (11,16) (11,16) Medium Medium Medium CBN MP MM Standard (16) (16) (16) (16) 0802oo TS202 TKY06F FSVUB2016R/L-11A a a 1103oo TS255 TKY08F FSVUB2520R/L-11A a a VBET VBGT 1103oo TS255 TKY08F FSVUB3425R/L-16A a a VBMT 1604oo SPSVN32 BCP141 TS35D TKY15F NP-VBGW FSVUB4032R/L-16A a a 1604oo SPSVN32 BCP141 TS35D TKY15F Torque (N m) : TS202=0.6, TS255=1.0, TS35D=3.5 Maximum Recommendation l/d Ratio Shim Shim Pin FSVPB/C With coolant hole VC inserts, VB inserts FP FM LP LM (11,16) (11,16) (11,16) (11,16) Medium Medium Medium CBN MP MM Standard FSVPC1610R/L-08A a a 5 VCGT VCMT 2 (16) (16) (16) (16) 0802oo TS202 TKY06F FSVPB2012R/L-11A a a 1103oo TS255 TKY08F FSVPB2516R/L-11A a a VBET VBGT 1103oo TS255 TKY08F FSVPB3425R/L-16A a a VBMT 1604oo SPSVN32 BCP141 TS35D TKY15F NP-VBGW FSVPB4032R/L-16A a a 1604oo SPSVN32 BCP141 TS35D TKY15F Torque (N m) : TS202=0.6, TS255=1.0, TS35D=3.5 Maximum Recommendation l/d Ratio Shim Shim Pin (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. E012 : Inventory maintained. VB type inserts VC type inserts A156 A158 A159, A160 B042, B055

15 FSVJB/C 142 VC inserts, VB inserts FP FM LP LM (11) (11) (11) (11) Finish Medium FV MV 5 (08,11) (08,11) Maximum Recommendation l/d Ratio FSVJC1612R/L-08S a a VCGT 0802oo TS202 TKY06F FSVJC2016R/L-08S a a VCMT 0802oo TS202 TKY06F FSVJB2520R/L-11S a a VBET 1103oo TS255 TKY08F VBGT FSVJB3025R/L-11S a a VBMT 1103oo TS255 TKY08F Torque (N m) : TS202=0.6, TS255=1.0 RECOMMENDED CUTTING CONDITIONS Work Material Cutting Mode Breaker P Finish FV z NX ( ) 0.10 ( ) ( ) 0.5 Mild Steel <180B Carbon Steel Alloy Steel B Light Medium Finish Light Medium SV MV FV SV MV Recommendation Grade Cutting Speed (m/min) z NX ( ) 0.20 ( ) ( ) 1.0 x NX ( ) 0.20 ( ) ( ) 1.0 z NX (90 190) 0.25 ( ) ( ) 1.5 x NX ( ) 0.25 ( ) ( ) 1.5 z VP15TF 140 (90 190) 0.10 ( ) ( ) 0.5 x NX (80 180) 0.10 ( ) ( ) 0.5 z UE (90 190) 0.20 ( ) ( ) 1.0 x NX (60 160) 0.20 ( ) ( ) 1.0 z UE (80 180) 0.25 ( ) ( ) 1.5 x NX (60 150) 0.25 ( ) ( ) 1.5 M Finish FV z VP15TF 150 ( ) 0.10 ( ) ( ) 0.5 z US (85 165) 0.20 ( ) ( ) 1.0 Stainless Steel Light SV x VP15TF 130 (90 170) 0.20 ( ) ( ) 1.0 <200B z US (70 135) 0.20 ( ) ( ) 1.0 Medium MV x VP15TF 120 (80 160) 0.20 ( ) ( ) 1.0 K Cast Iron Finish F, FS z Ti (90 160) 0.15 ( ) ( ) 0.5 Tensile Strength <350MPa Medium MV z VP15TF 90 (60 120) 0.20 ( ) ( ) 1.5 N F, FS z Ti ( ) 0.10 ( ) ( ) 0.5 Aluminium Alloy Finish Flat Top z MD ( ) 0.10 ( ) ( ) 1.0 eat Treated Steel 35 65RC Finish Flat Top z MB (80 200) 0.10 ( ) ( ) 0.1 (Note 1) When vibrations occur, reduce cutting speed by 30%. (Note 2) The depth of cut needs to be less than the nose diameter when using the FSVJ type. l/d < 3 (Steel shank) l/d < 6 (Carbide shank) Feed (mm/rev) (mm) l/d = 4 5 (Steel shank) l/d = 7 8 (Carbide shank) Feed (mm/rev) (mm) VB type inserts VC type inserts SPARE PARTS TECNICAL DATA A156 A158 A159, A160 B042, B055 M001 N001 E013

16 BARS DOUBLE CLAMP DCLN 95 DDUN A25R-DCLNR/L12 s s CNMA 1204oo LLSCP42 LLP14 DCK2613 DCS1 DC0621T TKY20F A32S-DCLNR/L12 s s CNMG CNMM 1204oo LLSCN42 LLP14 DCK2613 DCS1 DC0621T TKY20F A40T-DCLNR/L12 s s CNGG 1204oo LLSCN42 LLP14 DCK2613 DCS1 DC0621T TKY20F Torque (N m) : DC0621T=5.0 DIMPLE BAR With coolant hole CN inserts With coolant hole DN inserts Finish Light Light Medium F SA LP MP (12) (12) (12) (12) Medium Medium Stainless CBN MK Standard MM (12) (12) (12) (12) Shim Shim Pin Bridge Finish Light Medium Medium F LP MP MK (15) (15) (15) (15) Medium Stainless G Class CBN Standard MM R/L (15) (15) (15) (15) Spring Shim Shim Pin Bridge Spring A25R-DDUNR/L15 s s DNMA 1504oo LLSDP42 LLP14 DCK2613 DCS1 DC0621T TKY20F DNMG A32S-DDUNR/L15 s s DNMX 1504oo LLSDN42 LLP14 DCK2613 DCS1 DC0621T TKY20F DNGA A40T-DDUNR/L15 s s DNGG 1504oo LLSDN42 LLP14 DCK2613 DCS1 DC0621T TKY20F Torque (N m) : DC0621T=5.0 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimensions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. E014 : Inventory maintained in Japan. CN type inserts DN type inserts A094 A100, A130 A101 A106 B022 B027, B048

17 DSKN With coolant hole SN inserts Finish Light Medium Medium F LP MP M 75 DTFN 6 (12) (12) (12) (12) Medium Stainless G Class CBN Standard MM R/L (12) (12) (12) (12) A25R-DSKNR/L12 s s SNMA SNMG SNMM 1204oo LLSSP42 LLP14 DCK2613 DCS1 DC0621T TKY20F A32S-DSKNR/L12 s s SNGA SNGG 1204oo LLSSN42 LLP14 DCK2613 DCS1 DC0621T TKY20F Torque (N m) : DC0621T=5.0 With coolant hole TN inserts Shim Shim Pin Bridge Finish Light Medium Medium F LP MP M Spring 91 6 (16) (16) (16) (16) Medium Stainless G Class CBN Standard MM R/L (16) (16) (16) (16) Shim Shim Pin Bridge A25R-DTFNR/L16 s s TNMA TNMG TNMM 1604oo LLSTP32 LLP23 DCK2211 DCS2 DC0520T TKY15F A32S-DTFNR/L16 s s TNGA TNGG 1604oo LLSTN32 LLP23 DCK2211 DCS2 DC0520T TKY15F Torque (N m) : DC0520T=3.5 Spring RECOMMENDED CUTTING CONDITIONS l/d <3 l/d=3 4 Cutting Work Material ardness Mode Cutting Speed Feed Cutting Speed Feed (m/min) (mm/rev) (mm) (m/min) (mm/rev) (mm) P Carbon Steel B 110 (80 140) 0.25 ( ) (80 140) 0.2 ( ) 4.0 Alloy Steel Medium M Stainless Steel <200B Medium 80 (60 100) 0.2 ( ) (50 100) 0.15 ( ) 3.0 K Cast Iron Tensile Strength Medium 80 (60 100) 0.25 ( ) (60 100) 0.2 ( ) <350MPa 4.0 SN TN type inserts type inserts A108 A113 A114 A119 SPARE PARTS B028 B030, B049 TECNICAL DATA M001 N001 E015

18 BARS DOUBLE CLAMP DVUN DIMPLE BAR With coolant hole VN inserts Finish Light Medium Medium F LP MP M 93 5 (16) (16) (16) (16) Medium Stainless G Class CBN Standard MM R/L (16) (16) (16) (16) Shim Shim Pin Bridge A40T-DVUNR/L16 s s VNMA VNMG VNGA 1604oo DCSVN32 LLP13 DCK3113 DCS2 DC0520T TKY15F Torque (N m) : DC0520T=3.5 Spring DWLN With coolant hole WN inserts Finish Light Medium Medium F LP MP M 95 6 (08) (08) (06,08) (08) Medium Medium Rough Stainless Standard RP MM (08) (08) (06,08) Shim Shim Pin Bridge A25R-DWLNR/L06 s s WNMG 0604oo LLSWP32 LLP23 DCK2211 DCS2 DC0520T TKY15F A25R-DWLNR/L08 s s 0804oo LLSWP42 LLP14 DCK2613 DCS1 DC0621T TKY20F WNMA A32S-DWLNR/L08 s s 0804oo LLSWN42 LLP14 DCK2613 DCS1 DC0621T TKY20F WNMG A40T-DWLNR/L08 s s 0804oo LLSWN42 LLP14 DCK2613 DCS1 DC0621T TKY20F Torque (N m) : DC0520T=3.5, DC0621T=5.0 Spring RECOMMENDED CUTTING CONDITIONS l/d <3 l/d=3 4 Cutting Work Material ardness Mode Cutting Speed Feed Cutting Speed Feed (m/min) (mm/rev) (mm) (m/min) (mm/rev) (mm) P Carbon Steel B 110 (80 140) 0.25 ( ) (80 140) 0.2 ( ) 4.0 Alloy Steel Medium M Stainless Steel <200B Medium 80 (60 100) 0.2 ( ) (50 100) 0.15 ( ) 3.0 K Cast Iron Tensile Strength Medium 80 (60 100) 0.25 ( ) (60 100) 0.2 ( ) <350MPa 4.0 (Note 1) Insert photo, letters show chip breaker style, figures show insert dimentions. (Note 2) When using inserts with right or left hand chip breakers, please use left hand inserts for right hand holders and right hand inserts for left hand holders. E016 : Inventory maintained. : Inventory maintained in Japan. VN type inserts WN type inserts A120 A123 A124 A128 B031, B032, B050

19 MICRO-DEX BARS SCLC The minimum cutting diameter is from &5. 5, 7 positive insert, carbide shank type. Easy-to-use tool geometries. Suitable for small workpieces. l/d is 5 times the diameter. Carbide shank CC inserts Finish L-F R Right hand tool holder only. 2 C04GSCLCR03 a 1 03S1oo TS16 TKY06F C05SCLCR03 a CCGT 03S1oo TS16 TKY06F NP-CCGW C06JSCLCR04 a NP-CCMW 04T0oo TS21 TKY08F C07KSCLCR04 a 04T0oo TS21 TKY08F 1 Diameter of inscribed circle is special. (For SCLC type) 2 Torque (N m) : TS16=0.6, TS21=0.6 SWUB C05SWUBR02 R a Carbide shank 0201ooL-F TS21 TKY06F C06JSWUBR02 a WBGT 0201ooL-F TS2C TKY06F C07KSWUBRL3 a L302ooL-F TS2 TKY06F Torque (N m) : TS21=0.6, TS2C=0.6, TS2=0.6 WBGT inserts Right hand tool holder only. (03,04) PCD/CBN (03,04) Finish L-F (02,L3) RECOMMENDED CUTTING CONDITIONS Work Material Grade Cutting Speed (m/min) Feed (mm/rev) (mm) P Carbon Steel, Alloy Steel B NX (40 120) 0.03 ( ) 0.2 ( ) 3 5 M Stainless Steel <200B VP15TF 80 (40 120) 0.03 ( ) 0.2 ( ) 3 5 K Cast Iron <350MPa VP15TF 80 (40 120) 0.03 ( ) 0.2 ( ) 3 5 N VP15TF 120 (80 160) 0.05 ( ) 0.4 ( ) 3 5 Non-Ferrous Material MD (80 160) 0.05 ( ) 0.4 ( ) 3 5 eat Treated Steel MB (40 120) 0.03 ( ) 0.1 ( ) RC l/d CCGT type inserts WBGT type inserts CBN inserts A134 A163 SPARE PARTS M001 B036, B051 TECNICAL DATA N001 E017

20 BARS MICRO-DEX BARS STUC The minimum cutting diameter is from &5. 7 positive insert, carbide shank type. Easy-to-use tool geometries. Suitable for small workpieces. Carbide shank l/d is 5 times the diameter. TCGT inserts Finish L-F 93 Depth of cut is limited when cutting backwards. R 2 2 C07KSTUCR06 a TCGT 0601ooL-F TS2C TKY06F Torque (N m) : TS2C=0.6 Right hand tool holder only. (06) RECOMMENDED CUTTING CONDITIONS Work Material Grade Cutting Speed (m/min) Feed (mm/rev) (mm) P Carbon Steel, Alloy Steel B NX (40 120) 0.03 ( ) 0.2 ( ) 3 5 M Stainless Steel <200B VP15TF 80 (40 120) 0.03 ( ) 0.2 ( ) 3 5 K Cast Iron <350MPa VP15TF 80 (40 120) 0.03 ( ) 0.2 ( ) 3 5 N VP15TF 120 (80 160) 0.05 ( ) 0.4 ( ) 3 5 Non-Ferrous Material MD (80 160) 0.05 ( ) 0.4 ( ) 3 5 eat Treated Steel MB RC 80 (40 120) 0.03 ( ) 0.1 ( ) 3 5 l/d E018 : Inventory maintained. : Inventory maintained in Japan. TCGT type inserts A150

21 STANDARD OLDER DCB S13 S10 S11 3-M4 x S16 BD S14 z x c S12 v S15 1 MICRO-DEX DCB BD S10 S11 S12 S13 S14 S15 S16 z x c v RB15840N s C04GSoooRoo A A A KY20F 2.0 RB15850N s C05SoooRoo A A A KY20F 2.0 RB15860N s C06JSoooRoo A A A KY20F 2.0 RB15870N s C07KSoooRoo A A A KY20F 2.0 RB1640N a C04GSoooRoo A A A KY20F 2.0 RB1650N a C05SoooRoo A A A KY20F 2.0 RB1660N a C06JSoooRoo A A A KY20F 2.0 RB1670N a C07KSoooRoo A A A KY20F RB19040N s C04GSoooRoo B B B KY20F RB19050N s C05SoooRoo B B B KY20F RB19060N s C06JSoooRoo B B B KY20F RB19070N s C07KSoooRoo B B B KY20F 2.0 RB2040N s C04GSoooRoo A B B KY20F 2.0 RB2050N s C05SoooRoo A B B KY20F 2.0 RB2060N s C06JSoooRoo A B B KY20F 2.0 RB2070N s C07KSoooRoo A B B KY20F 2.0 RB2240N s C04GSoooRoo A B B A KY20F 2.0 RB2250N s C05SoooRoo A B B A KY20F 2.0 RB2260N s C06JSoooRoo A B B A KY20F 2.0 RB2270N s C07KSoooRoo A B B A KY20F 2.0 RB2540N s C04GSoooRoo A C C KY20F 2.0 RB2550N s C05SoooRoo A C C KY20F 2.0 RB2560N s C06JSoooRoo A C C KY20F 2.0 RB2570N s C07KSoooRoo A C C KY20F 2.0 RB25440N s C04GSoooRoo A C C KY20F 2.0 RB25450N s C05SoooRoo A C C KY20F 2.0 RB25460N s C06JSoooRoo A C C KY20F 2.0 RB25470N s C07KSoooRoo A C C KY20F Order number of clamp screw A=SS04004, B=SS04006, C=SS Revised order number. Conventional Order Number RB1940N RB1950N RB1960N RB1970N Revised Order Number RB19040N RB19050N RB19060N RB19070N Torque (N m) SPARE PARTS TECNICAL DATA M001 N001 E019

22 BARS MICRO-MINI TWIN CB For internal machining 5 ECD RE 2 5 L20 2 ECA Right hand tool only. Micro Grain Coated Breaker 1 TF15 VP15TF l/d<3 l/d>3 RE L20 2 ECD ECA CB02RS a a without CB02RS-B a a with CB02RS-01 a a without CB02RS-01B a a with CB02RS-02 a a without CB02RS-02B a a with CB03RS a a without CB03RS-B a a with CB03RS-01 a a without CB03RS-01B a a with CB03RS-02 a a without CB03RS-02B a a with CB04RS a a without CB04RS-B a a with CB04RS-01 a a without CB04RS-01B a a with CB04RS-02 a a without CB04RS-02B a a with CB05RS a a without CB05RS-B a a with CB05RS-02 a a without CB05RS-02B a a with CB06RS a a without CB06RS-B a a with CB06RS-02 a a without CB06RS-02B a a with CB07RS a a without CB07RS-B a a with CB07RS-02 a a without CB07RS-02B a a with CB08RS a a without CB08RS-B a a with CB08RS-02 a a without CB08RS-02B a a with : Min. Cutting Diameter 2 The RE dimension represents the size before grinding a chip breaker. E020 : Inventory maintained.

23 CR For internal copying 52 3 RE LU L20 Right hand tool only. Micro Grain Coated Breaker TF15 VP15TF RE LU L20 CR03RS-01 a a without CR03RS-01B a a with CR04RS-01 a a without CR04RS-01B a a with CR05RS-01 a a without CR05RS-01B a a with RECOMMENDED CUTTING CONDITIONS Work Material Cutting Speed (m/min) P Carbon Steel, Alloy Steel B (40 120) M Stainless Steel 80 <200B (40 120) K Cast Iron 80 <350MPa (40 120) N Non-Ferrous Material 120 (Aluminium, Brass etc.) (80 160) Micro-Mini Twin CB Feed (mm/rev) 0.03 ( ) 0.03 ( ) 0.03 ( ) 0.05 ( ) (Note 1) Recommend wet machining. (Note 2) The recommended tool overhang of CR type is LU+2mm. (mm) 0.2 ( ) 0.2 ( ) 0.2 ( ) 0.3 ( ) l/d Micro-Mini Twin CR Cutting Speed Feed (mm/rev) (m/min) 03RS/04RS 05RS 80 (40 120) 80 (40 120) 80 (40 120) 120 (80 160) 0.02 ( ) 0.02 ( ) 0.03 ( ) 0.03 ( ) 0.03 ( ) 0.03 ( ) 0.03 ( ) 0.05 ( ) TECNICAL DATA N001 E021

24 BARS MICRO-MINI TWIN yprecautions WEN USING TE MICRO-MINI TWIN When using a holder for general purpose / small automatic lathe: a To avoid chipping of the 2nd cutting edge take care when inserting the boring bar into the holder. Refer to fig.1. If the 2nd edge contacts the internal face of the holder there is a possibility that it may chip. Fig.1 Internal face of the holder Insert direction Cutting edge s When using this type of holder, there is a possibility that damage to the shank and the 2nd cutting edge can occur. Make sure that the clamping screws are tightened to the set torque value. Additionally make sure that there is no clamping screw near the 2nd cutting edge as this can break the boring bar. When using Mitsubishi holders When using holders with a tool overhang of recommended quantity, ensure that the 3rd clamping screw is removed prior to machining. The set torque value for the clamping screw is 2.0 N m. Fig.2 Insert point 3rd clamping screw nd cutting edge When using a square type holder: a When installing the boring bar into the holder, tighten the clamp screws after ensuring the flats on the tool holder are parallel to the reference flats on the micro-mini bar. Refer to fig.3. smake sure that the clamping screws are tightened to the recommended values. ddo not tighten the clamp screw without a bar in place, otherwise the bridge will be deformed. Fig.3 Insert The reference plane of square type holder Tighten the clamping screw ensuring the micro-mini twin boring bar is in contact with the reference plane of square type holder. MACINING METODS OF TE CR TYPE Profile turning By drilling a pre-prepared hole, the machining time will be shortened and chip control will be improved. <Cutting Conditions> Workpiece : DIN S20C older : CR05RS-01B Cutting Speed : 80m/min Feed : 0.05mm/rev : 0.05mm Wet Cutting Inner end facing By drilling a pre-prepared hole, the machining time will be shortened and chip control will be improved. <Cutting Conditions> Workpiece : DIN S20C older : CR05RS-01B Cutting Speed : 80m/min Feed : 0.05mm/rev : 0.05mm Wet Cutting Machining a work piece without a pre-prepared hole 6 R5 3 Machining a work piece without a pre-prepared hole 2 Machining a work piece with a pre-prepared hole R5 Machining a work piece with a pre-prepared hole y NOTES FOR USE The cutting edge should not cross the centre line of the work piece. The depth of cut should be smaller than the nose radius value. Profile turning, Inner end facing If the cutting edge crosses the centre line of a work piece, the cutting edge can fracture. Copying With depths of cut larger than the nose radius value, burrs will be formed. E022

25 MICRO-MINI BARS Solid carbide type with minimum cutting diameter &3.2mm. l/d is 5 times the diameter. Cutting edge can be shaped according to the application thus, it covers a wide cutting range (threading, grooving, copying, etc.). STANDARD MICRO-MINI BARS (Solid carbide boring bar) TF15 CW 2 Geometry C03FR-BLS s C04FR-BLS s C05R-BLS s Flat area Flat area 4 2 CW Right hand tool only. RECOMMENDED CUTTING CONDITIONS Work Material Cutting Speed (m/min) Feed (mm/rev) (mm) P General Steel 40 (30 50) 0.05 ( 0.1) 0.2 ( ) M Stainless Steel 40 (30 50) 0.05 ( 0.1) 0.2 ( ) 5 <0.4 <0.03 (oning not required) K Cast Iron 40 (30 50) 0.05 ( 0.05) 0.2 ( ) N Non-Ferrous Material 80 (60 100) 0.05 ( 0.1) 0.3 ( ) <0.03 (oning not required) Cutting edge is not honed. Please hone according to the workpiece before machining. l/d Edge Condition Corner Radius or C oning y GRINDING TE CUTTING EDGE OF MICRO-MINI BAR MICRO-MINI boring bar can be applied to boring and grooving without any modifications. It can also be reground as shown below. For shaping and regrinding, use diamond whetstone approximately #250 #400. Please grind according to application using the figure below as a reference. Application Boring Grooving Threading 1 2 Groove width Thread angle Grinding Examples Corner radius (Grinding) 1 2 (Grinding) 4 6 Grinding Grinding 4 4 CW 6 Double sided relief 35 Grinding Grinding : Inventory maintained in Japan. SPARE PARTS TECNICAL DATA M001 N001 E023

26 BARS OLDER FOR MICRO-MINI / MICRO-MINI TWIN y ROUND TYPE OLDER DCB S13 S10 S11 3-M4 x S16 BD S14 S12 z x c S15 v Micro-Mini Micro-Mini Twin 1 Torque DCB BD S10 S11 S12 S13 S14 S15 S16 C CB CR z x c v (N m) RB15820N s RS(-B) 02RS-0o(B) B B KY20F 2.0 RB15830N s FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A A A KY20F 2.0 RB15840N s FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A A A KY20F 2.0 RB15850N s R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A A A KY20F 2.0 RB15860N s RS(-B) 06RS-0o(B) A A A KY20F 2.0 RB15870N s RS(-B) 07RS-0o(B) A A A KY20F 2.0 RB15880N s RS(-B) 08RS-0o(B) D D D KY20F 2.0 RB1620N a RS(-B) 02RS-0o(B) B B KY20F 2.0 RB1630N a FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A A A KY20F 2.0 RB1640N a FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A A A KY20F 2.0 RB1650N a R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A A A KY20F 2.0 RB1660N a RS(-B) 06RS-0o(B) A A A KY20F 2.0 RB1670N a RS(-B) 07RS-0o(B) A A A KY20F 2.0 RB1680N s RS(-B) 08RS-0o(B) D D D KY20F RB19020N s RS(-B) 02RS-0o(B) C C KY20F RS(-B) 2 RB19030N s FR-BLS 03RS-0o(B) 03RS-01(B) B B B KY20F RS(-B) 2 RB19040N s FR-BLS 04RS-0o(B) 04RS-01(B) B B B KY20F RS(-B) 2 RB19050N s R-BLS 05RS-0o(B) 05RS-01(B) B B B KY20F RS(-B) 06RS-0o(B) B B B KY20F RB19070N s RS(-B) 07RS-0o(B) B B B KY20F RS(-B) RB19080N s RS-0o(B) A A A KY20F 2.0 RB2020N s RS(-B) 02RS-0o(B) A A KY20F 2.0 RB2030N s FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A A B KY20F 2.0 RB2040N s FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A B B KY20F 2.0 RB2050N s R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A B B KY20F 2.0 RB2060N s RS(-B) 06RS-0o(B) A B B KY20F 2.0 RB2070N s RS(-B) 07RS-0o(B) A B B KY20F 2.0 RB2080N s RS(-B) 08RS-0o(B) A A A KY20F 2.0 RB2220N s RS(-B) 02RS-0o(B) A B A KY20F 2.0 RB2230N s FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A B C A KY20F 2.0 RB2240N s FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A B B A KY20F 2.0 RB2250N s R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A B B A KY20F 2.0 RB2260N s RS(-B) 06RS-0o(B) A B B A KY20F 2.0 RB2270N s RS(-B) 07RS-0o(B) A B B A KY20F 2.0 RB2280N s RS(-B) 08RS-0o(B) A B B A KY20F 2.0 RB2520N s RS(-B) 02RS-0o(B) A B KY20F 2.0 RB2530N s FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A B C KY20F 2.0 RB2540N s FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A C C KY20F 2.0 RB2550N s R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A C C KY20F 2.0 RB2560N s RS(-B) 06RS-0o(B) A C C KY20F 2.0 RB2570N s RS(-B) 07RS-0o(B) A C C KY20F 2.0 RB2580N s RS(-B) 08RS-0o(B) A B B KY20F 2.0 RB25420N s RS(-B) 02RS-0o(B) A B KY20F 2.0 RB25430N s FR-BLS 03RS(-B) 03RS-0o(B) 03RS-01(B) A B C KY20F 2.0 RB25440N s FR-BLS 04RS(-B) 04RS-0o(B) 04RS-01(B) A C C KY20F 2.0 RB25450N s R-BLS 05RS(-B) 05RS-0o(B) 05RS-01(B) A C C KY20F 2.0 RB25460N s RS(-B) 06RS-0o(B) A C C KY20F 2.0 RB25470N s RS(-B) 07RS-0o(B) A C C KY20F 2.0 RB25480N s RS(-B) 08RS-0o(B) A B B KY20F Order number of clamp screw A=SS04004, B=SS04006, C=SS04008, D=SS Revised order number. Conventional Revised Conventional Revised RB1920N RB19020N RB1950N RB19050N RB1930N RB19030N RB1960N RB19060N RB1940N RB19040N RB1970N RB19070N E024 : Inventory maintained. : Inventory maintained in Japan.

27 y SQUARE TYPE OLDER CB type (Boring bar fits in a holder) CR type (Boring bar fits in a holder) 45 S12 ECD B ECD ECD S10 S11 () Order Number Micro-Mini Twin B ECD S10 S11 CB CR CB CR CB CR CB CR CB CR CB CR CBCR CB CR SB1020R s (6 10) RS(-B) 02RS-0o(B) Torque (N m) SC04010 KY30R 4.8 SB1030R s (9 15) (12) RS(-B) 03RS-01(B) SC05012 KY40R RS-0o(B) SB1040R s (12 20) (14) RS(-B) 04RS-01(B) SC05012 KY40R 04RS-0o(B) 9.5 SB1050R s (15 25) (16) RS(-B) 05RS-01(B) SC05012 KY40R RS-0o(B) SB1060R s (18 30) RS(-B) 06RS-0o(B) SB1070R s (21 35) RS(-B) 07RS-0o(B) SC05012 KY40R 9.5 SC05012 KY40R 9.5 is the maximum length of overhang recommended for efficient clamping, and ( ) is the recommended length for general purpose steel machining. (Note) The MICRO-DEX and the MICRO-MINI cannot be fitted to square holders. SPARE PARTS TECNICAL DATA M001 N001 E025