BIG Daishowa tooling system en v13

BORING SYSTEM DUAL CONTACT INSERT BBT/BT SHANK ⨋⨋ designs optimal inserts exclusive for boring. Select the suitable insert to the application. <SC06> Insert Holder ⨋⨋For EWN/EWE/ENH4-1S - ENH5-3S A Cartridge ⨋⨋For SW/SW2026A, SW2531A, SW2533A, SW3240A 2.38 6.35 INSERT No. Insert Model Nose Workpiece Grade Material 7° 1 SCMP060204EFM Radius 2 SCMP060204EFM General Steels T1500A Cermet (P10) 3 SCMP060204EFM 0.4 SS/SUS AC820P Coated Carbide (P20) 4 SCMP060204ESM Cast Iron AC830P Coated Carbide (P30) 5 SCMP060204EFM Aluminum AC630M Coated Carbide (M30) 6 SCMP060204EFM AC410K Coated Carbide (K10) 7 SCGA060204FN AC700G Coated Carbide (K20) 8 SCGP060204FLA Carbide (K10 Equivalent) H1 Carbide + Breakers for Aluminum H1 <SC07> Insert Holder ⨋⨋For EWN/EWE/ENH6-1S - ENH6-3S, ENH7-1S Cartridge ⨋⨋For RW/RW2533A 2.38 7.94 No. Insert Model Nose Workpiece Grade Material 7° 1 SCGP070204EFM Radius 2 SCMP070204EFM General Steels T1500A Cermet (P10) 3 SCMP070204EFM 0.4 SS/SUS AC820P Coated Carbide (P20) 4 SCMP070204ESM Cast Iron AC830P Coated Carbide (P30) 5 SCMP070204EFM Aluminum AC630M Coated Carbide (M30) 6 SCMP070204EFM AC410K Coated Carbide (K10) 7 SCGA070204FN AC700G Coated Carbide (K20) 8 SCGP070204FLA Carbide (K10 Equivalent) H1 Carbide + Breakers for Aluminum H1 <SC09> Cartridge ⨋⨋For SW/SW3242A, SW4151A, SW4154A, SW5366A ⨋⨋For RW/RW3242A, RW4154A 3.18 9.52 No. Insert Model Nose Workpiece Grade Material 7° 1 SCGM090304EFM Radius 2 SCGM090308EFM T1500A Cermet (P10) 3 SCMM090304EFM 0.4 General Steels 4 SCMM090308EFM 0.8 AC820P Coated Carbide (P20) 5 SCMM090308EFM 0.4 SS/SUS 6 SCMM090308ESM 0.8 Cast Iron AC830P Coated Carbide (P30) 7 SCMM090308EFM 0.8 Aluminum AC630M Coated Carbide (M30) 8 SCMM090308EFM 0.8 AC410K Coated Carbide (K10) 9 SCGA090304FN 0.8 AC700G Coated Carbide (K20) 10 SCGM090308FLA 0.8 Carbide (K10 Equivalent) 0.4 H1 Carbide + Breakers for Aluminum 0.8 H1 <SC12> Cartridge ⨋⨋For SW/SW5370A, SW6986A, SW6890A, SW88110A, SW98126A, 4.76 12.7 SW125153A, SW148176A, SW175203A ⨋⨋For TW/TW200A 7° ⨋⨋For RW/RW5370A, RW6888A, RW86106A, RW100125A, RW125150A No. Insert Model Nose Workpiece Grade Material 1 SCGM120404EFM Radius 2 SCGM120408EFM General Steels T1500A Cermet (P10) 3 SCMM120404EFM 0.4 4 SCMM120408EFM 0.8 SS/SUS AC820P Coated Carbide (P20) 5 SCMM120408EFM 0.4 Cast Iron 6 SCMM120408ESM 0.8 Aluminum AC830P Coated Carbide (P30) 7 SCMM120408EFM 0.8 AC630M Coated Carbide (M30) 8 SCMM120408EFM 0.8 AC410K Coated Carbide (K10) 9 SCGA120404FN 0.8 AC700G Coated Carbide (K20) 10 SCGM120408FLA 0.8 Carbide (K10 Equivalent) 0.4 H1 Carbide + Breakers for Aluminum 0.8 H1 [Remarks] 2. Please specify the insert model number and grade when ordering. 1. Inserts are available in packets of 10 pcs. Example: SCMP060204EFM (T1500A)... 10 pcs Insert Model Grade A92

DUAL CONTACT BORING SYSTEM BBT/BT INSERT SHANK ⨋⨋ designs optimal inserts exclusive for boring. Select the suitable insert to the application. INSERTA <CC06> Insert Holder ⨋⨋For EWN/EWE/ENH4-1F - ENH5-3F Cartridge ⨋⨋For SW/SW2026E, SW2531E, SW2533E, SW3240E 2.38 6.35 7° No. Insert Model Nose Workpiece Grade Material Radius 80° 1 CCMP060204EFM General Steels T1500A Cermet (P10) 2 CCMP060204EFM 0.4 SS/SUS AC820P Coated Carbide (P20) 3 CCMP060204EFM Cast Iron AC830P Coated Carbide (P30) 4 CCMP060204ESM Aluminum AC630M Coated Carbide (M30) 5 CCMP060204EFM AC410K Coated Carbide (K10) 6 CCMP060204EFM AC700G Coated Carbide (K20) 7 CCGA060204FN Carbide (K10 Equivalent) 8 CCGP060204FLA H1 Carbide + Breakers for Aluminum H1 <CC07> Insert Holder ⨋⨋For EWN/EWE/ENH6-1F - ENH6-3F, ENH7-1F Cartridge ⨋⨋For RW/RW2533E, RW3037E 2.38 7.94 No. Insert Model Nose Workpiece Grade Material 7° Radius 1 CCGP070204EFM General Steels T1500A Cermet (P10) 80° 2 CCMP070204EFM 0.4 SS/SUS AC820P Coated Carbide (P20) 3 CCMP070204EFM SS AC830P Coated Carbide (P30) 4 CCMP070204ESM Cast Iron AC630M Coated Carbide (M30) 5 CCMM070204ESS Aluminum AC830P 6 CCMP070204EFM AC410K (Breakers for SS) 7 CCMP070204EFM AC700G Coated Carbide (K10) 8 CCGA070204FN Coated Carbide (K20) 9 CCGP070204FLA H1 Carbide (K10 Equivalent) H1 Carbide + Breakers for Aluminum <CC09> Cartridge ⨋⨋For SW/SW3242E, SW4151E, SW4154E, SW5366E ⨋⨋For RW/RW3242E, RW4048E, RW4154E, RW5162E 3.18 9.52 No. Insert Model Nose Workpiece Grade Material 7° Radius 80° 1 CCGM090304EFM General Steels T1500A Cermet (P10) 2 CCGM090308EFM 0.4 3 CCMM090304EFM 0.8 SS/SUS AC820P Coated Carbide (P20) 4 CCMM090308EFM 0.4 SS 5 CCMM090308EFM 0.8 AC830P Coated Carbide (P30) 6 CCMM090308ESM 0.8 Cast Iron AC630M Coated Carbide (M30) 7 CCMM090308ESS 0.8 Aluminum AC830P 8 CCMM090308EFM 0.8 AC410K (Breakers for SS) 9 CCMM090308EFM 0.8 AC700G Coated Carbide (K10) 10 CCGA090304FN 0.8 Coated Carbide (K20) 11 CCGM090308FLA 0.4 H1 Carbide (K10 Equivalent) 0.8 H1 Carbide + Breakers for Aluminum [Remarks] 2. Please specify the insert model number and grade when ordering. 1. Inserts are available in packets of 10 pcs. Example: CCMP060204EFM (T1500A)... 10 pcs Insert Model Grade A93

BORING SYSTEM DUAL CONTACT INSERT BBT/BT SHANK ⨋⨋ designs optimal inserts exclusive for boring. Select the suitable insert to the application. <CC12> Cartridge ⨋⨋For SW/SW5370E, SW6986E, SW6890E, SW88110E, SW98126E, A 4.76 12.7 SW125153E, SW148176E, SW175203E INSERT 7° ⨋⨋For TW/TW200E 80° ⨋⨋For RW/RW5370E, RW6681E, RW6888E, RW86106E, RW100125E, RW125150E No. Insert Model Nose Workpiece Grade Material 1 CCGM120404EFM radius 2 CCGM120408EFM General Steels T1500A Cermet (P10) 3 CCMM120404EFM 0.4 4 CCMM120408EFM 0.8 SS/SUS AC820P Coated Carbide (P20) 5 CCMM120408EFM 0.4 SS 6 CCMM120408ESM 0.8 AC830P Coated Carbide (P30) 7 CCMM120408ESS 0.8 Cast Iron AC630M Coated Carbide (M30) 8 CCMM120408EFM 0.8 Aluminum AC830P 9 CCMM120408EFM 0.8 AC410K (Breakers for SS) 10 CCGA120404FN 0.8 AC700G Coated Carbide (K10) 11 CCGM120408FLA 0.8 Coated Carbide (K20) 0.4 H1 Carbide (K10 Equivalent) 0.8 H1 Carbide + Breakers for Aluminum <CC16> Cartridge ⨋⨋For SW/SW6890EL, SW88110EL, SW98126EL, SW125153EL, 5.56 15.88 SW148176EL, SW175203EL 7° ⨋⨋For TW/TW200EL 80° No. Insert Model Nose Workpiece Grade Material radius 1 CCMM160508EFM General Steels AC820P Coated Carbide (P20) 2 CCMM160508EFM 0.8 SS AC830P Coated Carbide (P30) 3 CCMM160508ESS AC830P 4 CCMM160508EFM Cast Iron AC700G (Breakers for SS) Coated Carbide (K20) [Remarks] 2. Please specify the insert model number and grade when ordering. 1. Inserts are available in packets of 10 pcs. Example: CCGM120404EFM (T1500A)... 10 pcs Insert Model Grade A94

DUAL CONTACT BORING SYSTEM BBT/BT INSERT SHANK Insert Grade Introduction A ● T1500A ● AC820P Carbide General purpose cermet from P20 Grade INSERT finishing to roughing. Grade Cermet The main grade for steel. The Grade Special technology improves the P10 Grade newly developed CVD method material's resistance to thermal allows for a dense yet smooth Coating film TiN/Aℓ2O3/TiCN shock, allowing safe use even for T  R  S 2.1 (GPa) coating that achieves outstanding versatility and consistency. T  R  S 2.2 (GPa) Hardness     92.0 (HRA) Hardness     90.1 (HRA) wet machining. ● T2000Z Grade Cermet ● AC830P Grade Carbide P10-20 Grade P30 Grade Cermet is coated with newly developed The tough substrate and the peel- PVD film for smooth surface and good Coating film TiN/AℓN resistant, dense and smooth Coating film TiN/Aℓ2O3/TiCN adhesion. The material easily doubles coating deliver high reliability for tool life compared to non-coated T  R  S 2.1 (GPa) heavy interrupted cutting of steel. T  R  S 2.6 (GPa) cermet, and enables a high-quality finished surface. Hardness     92.0 (HRA) Hardness     89.4 (HRA) ● T2500A Grade Cermet ● AC410K Grade Carbide P30 Grade K10 Grade Cermet with fine and uniform grain The hardest material for cast iron. structure, achieving improved T  R  S 2.4 (GPa) Use if not satisfied with the wear Coating film TiAℓN/AℓCrN toughness and high hardness. resistance of AC700G. Note that Excellent thermal shock resistance Hardness     91.8 (HRA) this type is not suitable for heavy T  R  S 2.4 (GPa) helps enable stable finishing. duty interrupted cutting. Hardness     92.0 (HRA) ● T2500F Grade Cermet ● AC630M Grade Carbide P30 Grade M30 Grade Cermet insert is coated with The extremely smooth thin film smooth PVD film. This material Coating film AℓTiCrN base coating gives this material great Coating film TiAℓN/AℓCrN has superior welding and sharpness. Ideal for stainless chipping resistance compared to T  R  S 2.4 (GPa) steel or other materials that are T  R  S 2.7 (GPa) non-coated inserts. easily work hardened. Hardness     91.8 (HRA) Hardness     89.5 (HRA) ● T130A ● AC700G The unique production process of Carbide this tough cermet achieves a fine and Grade Cermet Heat resistant carbide alloy is Grade K20 Grade uniform structure that has excellent P10 Grade coated with multiple layers of mainly tough alumina, with additional Coating film TiN/Aℓ2O3/TiCN chipping resistance. Achieves longer T  R  S 2.1 (GPa) surface smoothing treatment, to produce a highly reliable material for T  R  S 2.2 (GPa) tool life than T1500A when used for Hardness     91.8 (HRA) machining cast iron. interrupted cutting finishing. Hardness     91.0 (HRA) ● T130ZX Grade Cermet ● BNX20 Tough Grade The cermet is treated further with Crater resistant CBN grade. Cutting edge is arranged to suit a layer of ceramic kept uniform Coating film TiN/AℓN small diameter boring of hardened materials. with the new PVD method. This doubles the tool life while T  R  S 2.0 (GPa) ● BNC200 maintaining the toughness of the material. Hardness     91.9 (HRA) A combination of exclusive CBN substrate, selected for its strength, and special wear resistant TiAlN coating achieves a ● AC520U Carbide long and stable tool life across a wide range from low to high The tough substrate is coated with S20 Grade speed cutting, interrupted cutting, and high-efficiency cutting of multiple layers of nanometer-level Grade hardened steel. thickness to create a material suitable Coating film TiAℓN/AℓCrN for cutting difficult materials such as titanium with excellent wear resistance T  R  S 2.5 (GPa) ● BNC500 and notch wear resistance. Hardness     91.7 (HRA) By combining a ceramic coating with excellent heat resistance and a substrate with excellent wear resistance, stable long life ● H1 Grade Fine Carbide can be achieved even when finishing difficult-to-cut cast iron K10 Grade materials. With slightly higher wear resistance than K10 material, this T  R  S 2.1 (GPa) ● BN2000 material is a best selling type of carbide that can be used across Hardness     92.9 (HRA) A CBN material with an excellent balance of wear resistant and a wide range from roughing to chipping resistant properties. Reliable performance is achieved finishing. in a wide range of cutting conditions in continuous and medium- heavy interrupted cutting. ● H1ZX Grade Carbide ● BN500/BN7000 For stable machining of ductile K10 Grade cast iron we recommend this A CBN material with Co binder developed for cast iron. BN7000 material, made by coating carbide Coating film TiN/Aℓ2O3/TiCN is a material with excellent wear resistant and chipping resistant H1 with alumina for increased properties. BN7000 is recommended for high speed cutting of wear resistance. T  R  S 2.1 (GPa) cast iron. If not satisfied with the wear resistance, use BN500. Hardness     92.9 (HRA) ● A1 Grade Ultra-Fine Particles ● DA2200/DA1000 Z20 Grade Even among ultra-fine particle alloy Ultra-precise sintering of ultra-fine diamond particles steels, this material is notably tough; it T  R  S 3.3 (GPa) drastically improves the material's chipping resistance. With also boasts excellent welding resistance strength comparable to that of carbide (K10 type), it achieves at low to medium speeds, has a sharp Hardness     91.5 (HRA) a stable long tool life in interrupted cutting of aluminum alloys. cutting edge, and handles chatter Furthermore, the material boasts great cutting edge efficiency suitably for fine diameter machining. and achieves a good finish surface. A95

BORING SYSTEM DUAL CONTACT INSERT BBT/BT SHANK CK BORING SYSTEM Insert Selection Chart Workpiece Insert Grade A Steel SS Prime for Steel Semi-finishing T1500A INSERT SUS High Speed Cutting For Roughing AC820P To Minimize Chipping Cermet Difficult-to- To Control Cutting Chips Cut Material Coated Carbide High Speed Cutting AC700G Semi-finishing Cast Iron AC630M+ESM To Minimize Chatter Coated Carbide Aluminum Coated Carbide Insert Grade AC830P Workpiece AC700G Coated Carbide Steel Coated Carbide AC630M+ESM SS SUS H1+FLA Tough Breaker Difficult-to- Non-Coated Carbide + AC410K Cut Material Aluminum Breaker Coated Carbide Hardened Steel H1 Cast Iron Non-Coated Carbide Ductile Aluminum H1+FLA To Minimize Non-Coated Carbide + Chatter Breakers for Aluminum T1200A To Extend T2000Z T1500A Life Coated Cermet Cermet To Extend T130ZX To Minimize Chipping T130A Life To Extend Coated Cermet To Control Cutting Chips Tough Cermet Life T2500F+ELM For Finishing T2500A+ELM T2000Z+EFM T1500A+EFM Coated Cermet + Cermet + 3D Breaker 3D Breaker AC520U To Extend BNC200 Life Coated Carbide To Extend Coated CBN High Speed BN7000 Life Cutting BN2000 H1ZX CBN Coated Carbide Higher Speed CBN High Speed Cutting Cutting H1 Non-Coated Carbide H1ZX BNC500 Coated Carbide To Extend DA2200 To Control Coated CBN Life Cutting Chips H1+FLA DA1000+FLM Non-Coated Carbide + Diamond Diamond + 3D Breaker Breakers for Aluminum A1 Micro-grained Carbide A96

DUAL CONTACT BORING SYSTEM BORING SYSTEM DUAL CONTACT BBT/BT CK BORING SYSTEM NSERT INSERT BBSHTAN/KBT SHANK A Screw/Wrench Set ⨋⨋Insert Clamping Screw Set (Contains 10 screws and 1 wrench) CK BORING SYSTEM Set Model Insert Shank/Insert Holder/Cartridge Insert Clamp Screw size Thread Wrench Model S1.6S-T3-S EC03  EB04 M1.6F×2 DA-T3 S1.6S-T3  EB05 M1.6F×2.5 S2S-A WC02  ST05W-EB6-60  ST06W-EB7.5-65 S2S-B WC02  EN15 M2×3 FA-T6 694.101-2P※ TP07  ST7W-EB6/EB7 694.102-2P※  ST7W-EB8/EB9 M2S×4 FLR-13S 694.103-2P※ TP08  ST7W-EB10/12 S2S-S  EB09N  EB10.5N  EB12N M2×3.5 S2S TC11   EB14N - EB46N S2S-T6 SC06   ENH1 - ENH3   ENH3J - ENH5J  EBH3 M2×4.1 FW-6IP 694.122-2P※ CC06   EB17AJ - EB40AJ M2×4.8 S2.5S-7IP  SW2026  SW2531  SW2533  SW3240  STUCR M2×4 FLR-13S M2×5.5 M2×5.5 FA-T6 M2.5×6.5 FW-7IP M2.5×6.5 FS-7IP S2.5S-T7 TC11   ENH4 - ENH7   ENH4E - ENH6E   ENH6J - ENH7J M2.5×6.5 FA-T7 SC06   ENH4F - ENH5F   ENH4S - ENH5S   EBH4 - EBH6 CC06 S3S SC07   ENH6F - ENH7F   ENH6S - ENH7S M3×7 FLR-20S S4S-15IP CC07 RW2533   RW3037 M4×8 FS-15IP S4S SC09 M4×8 FLR-20S CC09  SW3242  SW4151  SW4154  SW5366 S5S-20IP SC09 M5×12 FS-20IP CC09  RW3242  RW4154  RW4048  RW5162 SC12 CC12  SW5370  SW6986  SW6890  SW88110 CC16  SW98126  SW125153  SW148176  SW175203 S5S-T20 SC12 TW200 M5×12 FA-T20 CC12 CC16 S5S SC12  RW5370  RW6681  RW6888 M5×12 FLR-28S S1.6S-T6 CC12  RW86106   RW100125 M1.6×4.2 FA-T6  RW125150 MW04   MW1619 - MW1821 · Wrenches are also sold individually. Please order the wrench model. · ※ marked models consist of 2 screws. Wrench is not included. A97

BORING SYSTEM DUAL CONTACT CK BORING SYSTEM BBT/BT SHANK Screw/Wrench Set A ⨋⨋Driver-Type Wrench ⨋⨋CK Set Screw CK BORING SYSTEM (Contains 2 screws and 1 exclusive T-wrench) A Torx wrench using tough material and a grip that fits the hand well. Use Key element of the CK Connection. for secure insert tightening. Periodical replacement is recommended in order to maintain accurate clamping. Wrench Model Torx size Set Model CK No. Thread size T Wrench Model DA-T3 Torx-T   3 CK1S CK1 M4xP0.5 CK-T2 DA-T5 Torx-T   5 CK2S DA-T6 Torx-T   6 CK3S CK2 M5xP0.5 CK-T2.5 DA-T7 Torx-T   7 CK4S DA-T8 Torx-T   8 CK5S CK3 M6xP0.75 CK-T3 DA-T10 Torx-T 10 CK6S DA-T15 Torx-T 15 CK7S CK4 M8xP0.75 CK-T4 DA-T20 Torx-T 20 CK5 M10xP1.0 CK-T5 CK6 M12xP1.0 CK-T6 CK7 M20xP1.5 - ※ Insert Clamp Screw Wrench Models with a T indicate ※ Wrenches are also sold individually. Please order the wrench model. Torx size. (“T” in the wrench model indicates T-shape of the wrench. This has nothing to do with Torx.) ※ An L wrench is included with CK7S. ⨋⨋Grease Gun Essential for maintenance! Grease Model GRG-02 Can be used with all types of finishing heads. Nipple (Grease not included.) Grease Gun · T‌ he grease is effective for removing coolant and particles. We recommend injecting grease into the grease nipple as required. Grease (50g) Model HSG50 A98

DUAL CONTACT For CK BORING SYSTEM BBT/BT Screws for Boring Head SHANK Specify both the head model and screw model when ordering. CK BORING SYSTEM A SW (1) Clamping Screw Head Model (1) Clamping Screw x 2, (2) 4 pcs (3) 2 pcs (2) Belleville Spring Belleville Spring x 2 SW20RS For Roughing [SW BORING HEAD] SW25RS SW  20-  31CKB1 SW20SS SW20BS SW32RS (Common for A/E Types) SW41RS SW  25-  40CKB2 SW25SS SW25BS (3) Radial SW53RS SW  32-  51CKB3 SW32SS SW32BS Adjusting Screw SW68RS SW  41-  66CKB4 SW41SS SW41BS CKB4-SW41DP-190 SW98RS SW  53-  86CKB5 SW53SS SW53BS CKB5-SW53DP-220 SW68SS SW  68-110CKB6 CKB6-SW68DP-245 SW  98-153CKB□ SW98SS SW98BS SW148-203CKB□ RW (3) Axial (1) Differential Adjusting Screw Screw [RW BORING HEAD] (Common for A/E Types) (2) Radial Head Model (1) 1 pc (2) 5 pcs (3) 5 pcs DS25 H0206-5P Adjusting Screw RW 25- 33CKB2 DS32 H0306/R-5P H0308-5P RW 32- 42CKB3 DS41 H0308/R-5P H0410-5P RW 41- 54CKB4 DS53 H0410/R-5P RW 53- 70CKB5 H0515/R-5P H0512-5P RW 68-100CKB6 DS68 H0515/R-5P RW100-150CKB6 H0520/R-5P A99

For CK BORING SYSTEM DUAL CONTACT Screws for Boring Head BBT/BT SHANK Specify both the head model and screw model when ordering. EWN Head Model (1) 1 pc (2) 1 pc B0304-1 EWN 20- 36CKB1 B0306-1 A CK1-EWN20DP-100 B0408-2 For Finishing K0405 B0510-3 B0510-4 CK BORING SYSTEMEWN 25- 47CKB2 [EWN BORING HEAD] (1) Tool Carrier CK2-EWN25DP-125 K0406 B0816-5 Clamp Screw EWN 32- 60CKB3 M2552T6-2P CKB3-EWN32DP-160 (2 pcs) K0509 (2) Insert Holder EWN 41- 74CKB4 K0610 CKB4-EWN41DP-185 Clamp Screw EWN 53- 95CKB5 CKB5-EWN53DP-210 K0814 EWN 68-150CKB6 CKB6-EWN68DP-240 EWN100-203CKB6 K1016 CKB6-EWN100DP-240 EWN100-203CKB7 CKB7-EWN100DP-240 EW15 H0303-2P (2 pcs) EW18 H0304-2P (2 pcs) [EWN BORING HEAD] (1) Tool Carrier (Cylindrical tool type) Clamp Screw (2) Toolholder Head Model (1) 1 pc (2) 5 pcs Clamp Screw EWN2-22CK4 K0606 H0605-5P EWN2-32CK5 K0809 H0806-5P EWN2-50CK6 K1011 H1008-5P EWE (1) Tool Carrier [EWE BORING HEAD] Clamp Screw (2) Insert Holder Head Model (1) 1 pc (2) 1 pc B0510-3 Clamp Screw EWE 41- 74CKB4 K0608 B0510-4 EWE 53- 93CKB5 K0809 [EWE BORING HEAD] EWE 68-105CKB6 K1013 B0816-5 EWE100-203CKB□ K1016 (Cylindrical tool type) (2) Toolholder (1) Tool Carrier Clamp Screw Clamp Screw Head Model (1) 1 pc (2) 5 pcs EWE2-32CK5 K0809 H0806-5P EWE2-54CK6 K1011 H1008-5P EWE Insert Holder Type/Cylindrical Tool Holder Type Common Parts (3) O-Ring (4) Battery Cover Part Name Part Model (5) Battery Cover (3) O-Ring EWE-OR (1 pc) Clamp Screw (4) Battery Cover EWE-BC (1 pc) (5) Battery Cover Clamp Screw EWE-S2.5FS-8IP（3× 　　　 ）pcs, Wrench 1 pc included (6) Battery (6) Battery CR1025 (1 pc) A100

DUAL CONTACT For CK BORING SYSTEM BBT/BT Screws for Boring Head SHANK Specify both the head model and screw model when ordering. CK BORING SYSTEM A EWB (1) Tool Carrier Head Model (1) 1 pc (2) 1 pc S0705 B0408-2 For Finishing [EWB BORING HEAD] Clamp Screw EWB 32- 42CK3 S0706 B0510-3 EWB 41- 54CK4 S0808 B0510-4 (2) Insert Holder EWB 53- 70CK5 EWB 68- 88CK6 S1012 B0612-5 Clamp Screw EWB 85-105CK6 EWB100-153CK6AL EWB100-153CK7AL EWB150-203CK6AL EWB150-203CK7AL [EWB BORING HEAD] (Cylindrical tool type) (1) Tool Carrier Clamp Screw (2) Toolholder Head Model (1) 1 pc (2) 5 pcs (3) 1 pc Clamp Screw EWB2-32CK5 K0809 H0806-5P BR232 EWB2-50CK6 K1011 H1008-5P BR250 (3) Balance Ring Clamp Screw A101

For CK BORING SYSTEM DUAL CONTACT Screws for Boring Head BBT/BT SHANK Specify both the head model and screw model when ordering. TW A For Roughing (Large diameters) For large diameters CK BORING SYSTEM [TW BORING HEAD] (1) Slide Clamp Screw (2) Base Clamp Screw (4) Cartridge Clamp Screw (5) Belleville Spring (3) Radial Adjusting Screw Clamp Base Model (1) 1 pc (2) 1 pc (3) 1 pc (4) 1 pc (5) 4 pcs C1250 C0825 TW200RS C1030 TW53BS CB-TW200 CB-TW200AL For Finishing (Large diameters) EWN200 For large diameters [EWN BORING HEAD] (2) Base Clamp Screw (1) Slide (4) Insert Holder Clamp Screw Clamp Screw (5) Weight (3) Tool Carrier Clamp Screw Clamp Screw (6) Belleville Spring Head/Balance (1) 1 pc (2) 1 pc (3) 1 pc (4) 1 pc (5) 1 pc (6) 4 pcs Weight Model C1250 C0825 EWN200(AL) K1016 B0612-5 - - BWN200FB(AL) - - C0830 TW41BS BWN200PB(AL) - - - - A102

DUAL CONTACT For CK BORING SYSTEM BBT/BT Cutting Conditions SHANK A <SW/TW/RW BORING HEAD> CK BORING SYSTEM 1. This table is a guideline for selecting cutting parameters. Adjust them as needed according Effective boring depth A to the machine and workpiece conditions. 2. For blind holes, adjust the parameters by observing the chip evacuation. 3. Cermet T1500A is recommended for good surface finish for light roughing of steel. 4. AC830P is recommended for interrupted cutting of steel. 5. AC820P is recommended for interrupted cutting of ductile cast iron. 6. For step cutting, it is recommended to increase the depth of cut by 1.6 times and reduce the feed rate by 60%. [BBT40] Workpiece Material A Insert Cutting Speed Cutting Depth (mm/ø) Feed f (mm/rev) Nose Radius Grade Vc (m/min) Recommended Max. Recommended Max. Head Model Carbon Steel 150 2.0  2.5 Alloy Steel AC820P 130 1.5  2.0 0.20 0.25 SW20  80 1.5  2.0 0.20 0.25 Stainless Steel AC820P 130 2.5  3.0 0.20 0.25 SW25 Cast Iron  80 2.0  2.5 0.25 0.30 RW25 Ductile  73 0.4 AC630M 200 2.5  3.0 0.20 0.25 Aluminum AC700G 160 2.5  3.0 0.25 0.30 SW32 140 2.0  3.0 0.25 0.30 RW32 Carbon Steel AC410K  90 2.0  3.0 0.20 0.25 Alloy Steel 140 3.0  4.0 0.20 0.25 SW41 H1  90 2.5  3.0 0.25 0.30 RW41 Stainless Steel 200 3.0  4.0 0.20 0.25 Cast Iron AC820P 200 3.5  4.5 0.30 0.35 SW53 Ductile 180 3.0  4.0 0.30 0.40 RW53 Aluminum AC820P 100 3.0  4.0 0.25 0.35 180 4.0  5.5 0.25 0.35 SW68 Carbon Steel  88 0.4 AC630M 100 3.5  4.5 0.30 0.40 SW98 Alloy Steel AC700G 220 4.0  5.0 0.25 0.35 RW68 200 4.5  5.5 0.30 0.40 RW100 Stainless Steel AC410K 180 4.0  5.0 0.35 0.45 Cast Iron 100 4.0  5.0 0.30 0.40 Ductile H1 180 5.0  7.0 0.30 0.40 Aluminum 100 4.0  6.0 0.35 0.45 AC820P 220 5.0  7.0 0.30 0.40 Carbon Steel 220 6.0  8.0 0.35 0.45 Alloy Steel AC820P 200 5.0  6.0 0.40 0.50 120 5.0  6.0 0.35 0.45 Stainless Steel 103 0.8 AC630M 200 8.0 10.0 0.35 0.45 Cast Iron AC700G 100 6.0  8.0 0.40 0.50 Ductile 250 8.0 10.0 0.35 0.45 Aluminum AC410K 220 8.0 10.0 0.45 0.55 200 7.0  9.0 0.40 0.50 Carbon Steel H1 120 7.0  9.0 0.35 0.45 Alloy Steel 200 9.0 12.0 0.35 0.45 AC820P 100 8.0 10.0 0.40 0.50 Stainless Steel 250 9.0 12.0 0.35 0.45 Cast Iron AC820P 0.45 0.55 Ductile Aluminum 103 0.8 AC630M AC700G Carbon Steel Alloy Steel AC410K Stainless Steel H1 Cast Iron Ductile AC820P Aluminum AC820P 103 0.8 AC630M AC700G AC410K H1 AC820P AC820P 103 0.8 AC630M AC700G AC410K H1 Spindle Speed Calculation N : Spindle speed [min-1] N = Vc x1,000 Vc : Cutting speed [m/min] D : Diameter [mm] πD A103

For CK BORING SYSTEM DUAL CONTACT Cutting Conditions BBT/BT SHANK A [BBT50] Workpiece Material A Insert Cutting Speed Cutting Depth (mm/ø) Feed f (mm/rev) CK BORING SYSTEM Nose Radius Grade Vc (m/min) Recommended Max. Recommended Max. Head Model Carbon Steel 150 2.0 2.5 Alloy Steel AC820P 130 1.5 2.0 0.20 0.25 SW20  80 1.5 2.0 0.20 0.25 Stainless Steel AC820P 130 2.5 3.0 0.20 0.25 Cast Iron  80 2.0 2.5 0.25 0.30 Ductile  73 0.4 AC630M 200 2.5 3.0 0.20 0.25 Aluminum AC700G 150 2.5 3.5 0.25 0.30 130 2.0 3.0 0.25 0.30 Carbon Steel AC410K  80 2.0 3.0 0.20 0.25 Alloy Steel 130 3.0 4.0 0.20 0.25 H1  80 2.5 3.0 0.25 0.30 Stainless Steel 200 3.0 4.0 0.20 0.25 Cast Iron AC820P 180 3.5 4.5 0.30 0.35 Ductile 160 3.0 4.0 0.30 0.40 Aluminum AC820P 100 3.0 4.0 0.25 0.35 160 4.0 5.5 0.25 0.35 SW25 Carbon Steel 107 0.4 AC630M 100 3.5 4.5 0.30 0.40 RW25 Alloy Steel AC700G 200 4.0 5.0 0.25 0.35 200 4.5 5.5 0.30 0.40 SW32 Stainless Steel AC410K 180 4.0 5.0 0.35 0.45 RW32 Cast Iron 100 4.0 5.0 0.30 0.40 Ductile H1 180 5.0 7.0 0.30 0.40 SW41 Aluminum 100 4.0 6.0 0.35 0.45 RW41 AC820P 220 5.0 7.0 0.30 0.40 Carbon Steel 220 7.0 9.0 0.35 0.45 SW53 Alloy Steel AC820P 200 6.0 8.0 0.40 0.55 RW53 120 6.0 8.0 0.35 0.50 Stainless Steel 122 0.8 AC630M 200 9.0 12.0 0.35 0.50 SW68 Cast Iron AC700G 120 7.0 10.0 0.45 0.55 RW68 Ductile 250 9.0 12.0 0.35 0.50 Aluminum AC410K 220 10.0 12.0 0.45 0.55 SW98 200 8.0 12.0 0.40 0.60 RW100 Carbon Steel H1 120 8.0 10.0 0.35 0.55 Alloy Steel 200 10.0 14.0 0.35 0.55 AC820P 120 9.0 12.0 0.45 0.60 Stainless Steel 250 10.0 12.0 0.35 0.55 Cast Iron AC820P 220 10.0 12.0 0.45 0.60 Ductile 200 8.0 12.0 0.40 0.60 Aluminum 122 0.8 AC630M 120 8.0 10.0 0.35 0.55 AC700G 200 10.0 14.0 0.35 0.55 Carbon Steel 120 9.0 12.0 0.45 0.60 Alloy Steel AC410K 250 10.0 12.0 0.35 0.55 220 10.0 12.0 0.45 0.60 Stainless Steel H1 200 8.0 12.0 0.40 0.60 Cast Iron 120 8.0 10.0 0.35 0.55 Ductile AC820P 200 10.0 14.0 0.35 0.55 Aluminum 120 9.0 12.0 0.45 0.60 AC820P 250 10.0 12.0 0.35 0.55 Carbon Steel 220 7.0 9.0 0.45 0.60 Alloy Steel 122 0.8 AC630M 200 6.0 8.0 0.40 0.60 AC700G 120 6.0 8.0 0.35 0.55 Stainless Steel 200 7.0 10.0 0.35 0.55 Cast Iron AC410K 120 6.0 8.0 0.45 0.60 Ductile 250 7.0 9.0 0.35 0.55 Aluminum H1 0.45 0.60 Carbon Steel AC820P Alloy Steel AC820P Stainless Steel Cast Iron 122 0.8 AC630M Ductile AC700G Aluminum AC410K Carbon Steel Alloy Steel H1 Stainless Steel AC820P Cast Iron Ductile AC820P Aluminum 122 0.8 AC630M AC700G AC410K H1 AC820P AC820P ≤ ø340 AC630M > ø340 AC700G AC700G TW200 172 0.8 H1 (CK7) AC820P AC820P AC630M AC700G AC700G H1 A104

DUAL CONTACT For CK BORING SYSTEM BBT/BT Cutting Conditions SHANK CK BORING SYSTEMA <EWN/EWE/EWB BORING HEAD> Effective boring depth A 1. This table is a guideline for selecting cutting parameters. Adjust them as needed according to the machine and workpiece conditions. 2. Internal high pressure coolant may cause deflection of the holder. Lower the pressure when close tolerance is required. 3. Coated cermet T2000Z or T2500F is recommended to reduce wear when machining steel. 4. Dry cutting is recommended for CBN BN2000, BNC200, BNC500 and BN7000 inserts. [BBT40] Workpiece Material A Insert Cutting Speed Vc Cutting Depth Feed f (mm/rev) Nose Radius Grade (m/min) (mm/ø) Recommended Max. Head Model Carbon Steel/Alloy Steel 0.2 T1500A 160 0.15 0.06 0.12 EWN20 120 0.15 0.06 0.10 Stainless Steel 0.2 AC520U  70 0.10 0.06 0.10 EWN25 120 0.20 0.06 0.12 Hardened Steel 0.2 BN2000 100 0.15 0.06 0.10 EWN32 120 0.15 0.06 0.10 EWB32 Cast Iron  73 0.2 H1 200 0.20 0.06 0.12 Ductile 0.2 H1ZX 300 0.20 0.06 0.12 EWN41 180 0.15 0.06 0.12 EWE41 Ductile 0.2 BNC500 140 0.15 0.06 0.12 EWB41  80 0.10 0.06 0.10 EWN53 Aluminum 0.2 H1 140 0.20 0.06 0.12 EWN68 120 0.15 0.06 0.12 EWN100 Aluminum 0.2 DA2200 180 0.15 0.06 0.10 EWE53 200 0.20 0.06 0.12 EWE68 Carbon Steel/Alloy Steel 0.2 T1500A 400 0.20 0.06 0.12 EWE100 200 0.20 0.06 0.12 EWB53 Stainless Steel 0.2 AC520U 160 0.20 0.06 0.12 EWB68 100 0.10 0.06 0.10 EWB85 Hardened Steel 0.2 BN2000 160 0.20 0.06 0.12 120 0.15 0.06 0.12 Cast Iron  88 0.2 H1 200 0.15 0.06 0.10 Ductile 0.2 H1ZX 300 0.20 0.10 0.20 800 0.20 0.10 0.20 Ductile 0.2 BNC500 200 0.20 0.06 0.12 160 0.20 0.06 0.12 Aluminum 0.2 H1 100 0.10 0.08 0.12 160 0.20 0.10 0.20 Aluminum 0.2 DA2200 120 0.15 0.10 0.15 200 0.15 0.10 0.15 Carbon Steel/Alloy Steel 0.2 T1500A 300 0.20 0.12 0.20 800 0.20 0.12 0.20 Stainless Steel 0.2 AC520U 250 0.25 0.10 0.20 180 0.25 0.10 0.20 Hardened Steel 0.2 BN2000 100 0.10 0.08 0.12 180 0.25 0.10 0.20 Cast Iron 103 0.2 H1 120 0.20 0.10 0.20 Ductile 0.2 H1ZX 200 0.20 0.10 0.20 300 0.25 0.16 0.30 Ductile 0.2 BNC500 800 0.25 0.12 0.20 Aluminum 0.4 H1 Aluminum 0.4 DA2200 Carbon Steel/Alloy Steel 0.2 T1500A Stainless Steel 0.2 AC520U Hardened Steel 0.4 BN2000 Cast Iron 103 0.4 H1 Ductile 0.4 H1ZX Ductile 0.4 BNC500 Aluminum 0.4 H1 Aluminum 0.4 DA2200 Carbon Steel/Alloy Steel 0.4 T1500A Stainless Steel 0.4 AC520U Hardened Steel 0.4 BN2000 Cast Iron 103 0.4 H1 Ductile 0.4 H1ZX Ductile 0.4 BNC500 Aluminum 0.8 H1 Aluminum 0.4 DA2200 A105

For CK BORING SYSTEM DUAL CONTACT Cutting Conditions BBT/BT SHANK A [BBT50] Workpiece Material A Insert Cutting Speed Cutting Depth Feed f (mm/rev) CK BORING SYSTEM Nose Radius Grade Vc (m/min) (mm/ø) Recommended Max. Head Model Carbon Steel/Alloy Steel 0.2 T1500A 160 0.15 0.06 0.12 EWN20 120 0.15 0.06 0.10 Stainless Steel 0.2 AC520U  70 0.10 0.06 0.10 EWN25 120 0.20 0.06 0.12 Hardened Steel 0.2 BN2000 100 0.15 0.06 0.10 EWN32 120 0.15 0.06 0.10 EWB32 Cast Iron  73 0.2 H1 200 0.20 0.06 0.12 Ductile 0.2 H1ZX 300 0.20 0.06 0.12 EWN41 180 0.15 0.06 0.12 EWE41 Ductile 0.2 BNC500 140 0.15 0.06 0.12 EWB41  80 0.10 0.06 0.10 Aluminum 0.2 H1 140 0.20 0.06 0.12 EWN53 120 0.15 0.06 0.12 EWE53 Aluminum 0.2 DA2200 180 0.15 0.06 0.10 EWB53 200 0.20 0.06 0.12 Carbon Steel/Alloy Steel 0.2 T1500A 400 0.20 0.06 0.12 EWN68 200 0.20 0.06 0.12 EWN100 Stainless Steel 0.2 AC520U 160 0.20 0.06 0.12 EWE68 100 0.10 0.06 0.10 EWE100 Hardened Steel 0.2 BN2000 160 0.20 0.06 0.12 EWB68 120 0.15 0.06 0.12 EWB85 Cast Iron 107 0.2 H1 200 0.15 0.06 0.10 Ductile 0.2 H1ZX 300 0.20 0.10 0.20 EWN200 800 0.20 0.10 0.20 (CK7) Ductile 0.2 BNC500 200 0.20 0.06 0.12 160 0.20 0.06 0.12 Aluminum 0.2 H1 100 0.10 0.08 0.12 160 0.20 0.10 0.20 Aluminum 0.2 DA2200 120 0.15 0.10 0.15 200 0.15 0.10 0.15 Carbon Steel/Alloy Steel 0.2 T1500A 300 0.20 0.12 0.20 800 0.20 0.12 0.20 Stainless Steel 0.2 AC520U 250 0.25 0.10 0.20 180 0.25 0.10 0.20 Hardened Steel 0.2 BN2000 100 0.10 0.08 0.12 180 0.25 0.10 0.20 Cast Iron 122 0.2 H1 120 0.20 0.10 0.20 Ductile 0.2 H1ZX 200 0.20 0.10 0.20 300 0.25 0.16 0.30 Ductile 0.2 BNC500 800 0.25 0.12 0.20 250 0.25 0.10 0.20 Aluminum 0.4 H1 180 0.25 0.10 0.20 100 0.10 0.08 0.12 Aluminum 0.4 DA2200 180 0.25 0.10 0.20 120 0.20 0.10 0.20 Carbon Steel/Alloy Steel 0.2 T1500A 200 0.20 0.10 0.20 300 0.25 0.16 0.30 Stainless Steel 0.2 AC520U 800 0.25 0.16 0.30 250 0.25 0.10 0.20 Hardened Steel 0.4 BN2000 180 0.25 0.10 0.20 100 0.10 0.08 0.12 Cast Iron 122 0.4 H1 180 0.25 0.10 0.20 Ductile 0.4 H1ZX 120 0.20 0.10 0.20 200 0.20 0.10 0.20 Ductile 0.4 BNC500 300 0.25 0.16 0.30 800 0.25 0.16 0.30 Aluminum 0.4 H1 Aluminum 0.4 DA2200 Carbon Steel/Alloy Steel 0.4 T1500A Stainless Steel 0.4 AC520U Hardened Steel 0.4 BN2000 Cast Iron 122 0.4 H1 Ductile 0.4 H1ZX Ductile 0.4 BNC500 Aluminum 0.8 H1 Aluminum 0.4 DA2200 Carbon Steel/Alloy Steel 0.4 T1500A Stainless Steel 0.4 AC520U Hardened Steel 0.4 BN2000 Cast Iron 122 0.4 H1 Ductile 0.4 H1ZX Ductile 0.4 BNC500 Aluminum 0.8 H1 Aluminum 0.8 DA2200 Carbon Steel/Alloy Steel 0.4 T1500A Stainless Steel 0.4 AC520U Hardened Steel 0.4 BN2000 Cast Iron 172 0.4 H1 Ductile 0.4 H1ZX Ductile 0.4 BNC500 Aluminum 0.8 H1 Aluminum 0.8 DA2200 A106

DUAL CONTACT For CK BORING SYSTEM BBT/BT Cutting Conditions SHANK CK BORING SYSTEM <Cylindrical Tool Type> Projection Length A Recommended Cutting Conditions 1. T his table is a guideline for selecting cutting parameters. Adjust them as needed according to the machine and workpiece conditions. 2. If chatter occurs, either lower the cutting speed or use an insert with a smaller nose radius. 3. Internal high pressure coolant may cause deflection of the cylindrical tool holder. Lower the pressure when close tolerance is required. 4. Coated cermet T2000Z or T2500F is recommended to reduce wear when machining steel. 5. Dry cutting is recommended for CBN BN2000, BNC200, BNC500 and BN7000 inserts. Max. Spindle Speed for Cylindrical Tool Type ● Jig Boring Bit Workpiece Model Cutting Speed Cutting Depth Feed f Carbon Steel Vc (m/min) (mm/ø) (mm/rev) RBE 1 Head Model Max. Spindle Speed n Alloy Steel RBE 1.5 0.02 RBE 2 EWN04-  7CK1 30,000min-1 Aluminum RBE 3 25 0.03 0.02 EWN04-15CK3 20,000min-1 RBE 4 EWN  2-22CK4 18,000min-1 RBE 5 0.04 EWB  2-32CK5 16,000min-1 RBE 7 50 0.05 EWE  2-32CK5 16,000min-1 RBE 9 EWN  2-32CK5 14,000min-1 RBE 1 0.06 EWB  2-50CK6 12,000min-1 RBE 1.5 60 0.08 EWE  2-54CK6 14,000min-1 RBE 2 EWN  2-50CK6 10,000min-1 RBE 3 0.10 RBE 4 80 0.12 RBE 5 The max. spindle speeds listed in this table are the speeds allowable for safe use of the RBE 7 30 0.03 boring head only. RBE 9 Note that these values differ depending on the cylindrical tools used, machine rigidity, etc. 0.04 60 0.05 0.06 80 0.08 0.10 100 0.12 ● Cylindrical Tool Type/ST05, ST06 (Diameter ø6 - 9) ● Cylindrical Tool Type/ST08 (Diameter ø9 - 12) Workpiece Projection Insert Cutting Speed Cutting Depth Workpiece Projection Insert Cutting Speed Cutting Depth Length Nose Radius Grade Vc (m/min) (mm/ø) Length Nose Radius Grade Vc (m/min) (mm/ø) 20 100 0.2 20 100 0.20 Carbon Steel 40 0.2 T1200A  70 0.2 Carbon Steel 30 0.2 T1500A 120 0.20 Alloy Steel 50  50 0.2 Alloy Steel 40 0.1 A1  90 0.20 50  75 0.15 Stainless 60 0.2 T1200A  30 0.1 60  50 0.10 Steel 20  90 0.2 20 100 0.20 40  60 0.2 50  40 0.2 Stainless 30 0.2 AC520U 120 0.20 Steel 40 0.1 A1  90 0.20 60  30 0.1 50 0.2 BN2000  75 0.15 Hardened 60  50 0.10 20 100 0.2 Steel 20  70 0.10 30  50 0.10 Cast Iron 40 0.2 H1  70 0.2 40  20 0.10 50  50 0.2 60  30 0.1 20 120 0.2 Aluminum 40 0.2 H1 100 0.2 20 100 0.20 50  80 0.2 30 120 0.20 40 0.2 H1 (FN)  90 0.20 60  60 0.2 Cast Iron Red figures are achievable with cylindrical tools made of carbide. 50  75 0.15 60 0.1 A1  40 0.10 Aluminum 20 0.2 H1 (FLA) 150 0.20 30 165 0.25 40 150 0.20 50 125 0.15 60 0.1 A1  60 0.15 Red figures are achievable with cylindrical tools made of carbide. A107

For CK BORING SYSTEM DUAL CONTACT Cutting Conditions BBT/BT SHANK ● Cylindrical Tool Type/ST10 (Diameter ø12 - 14) ● Cylindrical Tool Type/ST12 (Diameter ø14 - 16) Workpiece Projection Insert Cutting Speed Cutting Depth Workpiece Projection Insert Cutting Speed Cutting Depth A Length Nose Radius Grade Vc (m/min) (mm/ø) Length Nose Radius Grade Vc (m/min) (mm/ø) 30 120 0.20 40 120 0.20 CK BORING SYSTEM Carbon Steel 45 0.2 T1500A 140 0.20 Carbon Steel 60 0.2 T1500A 180 0.20 Alloy Steel 60 100 0.20 Alloy Steel 80 0.1 A1 150 0.20 70  75 0.15 95  90 0.15 110  50 0.10 80 0.1 A1  50 0.10 30 120 0.20 40 120 0.20 Stainless 45 0.2 AC520U 130 0.20 Stainless 60 0.2 AC520U 130 0.20 Steel 60  90 0.20 Steel 80 0.1 A1 100 0.20 70  55 0.15 95  70 0.15 110  40 0.10 80 0.1 A1  40 0.10 Hardened 30 0.2 BN2000  80 0.10 Hardened 40 0.2 BN2000  80 0.10 Steel 45  60 0.10 Steel 50  60 0.10 60  30 0.10 65  30 0.10 0.20 30 120 0.20 40 120 0.20 0.15 Cast Iron 45 0.2 H1 (FN) 130 0.20 Cast Iron 60 0.2 H1 (FN) 130 60  90 0.15 80 100 75  60 0.15 95  70 0.15 90 0.1 A1  30 0.10 110 0.1 A1  40 0.10 40 0.2 H1 (FLA) 150 0.25 30 150 0.25 60 200 0.25 80 180 0.20 Aluminum 45 0.2 H1 (FLA) 180 0.25 Aluminum 60 150 0.20 75  90 0.20 100 130 0.20 90 0.1 A1  60 0.15 120 0.1 A1  60 0.15 Red figures are achievable with cylindrical tools made of carbide. Red figures are achievable with cylindrical tools made of carbide. ● Cylindrical Tool Type/ST14 (Diameter ø16 - 18) ● Cylindrical Tool Type/ST16 (Diameter ø18 - 50) Workpiece Projection Insert Cutting Speed Cutting Depth Workpiece Projection Insert Cutting Speed Cutting Depth Length Nose Radius Grade Vc (m/min) (mm/ø) Length Nose Radius Grade Vc (m/min) (mm/ø) Carbon Steel  45 0.2 T1500A 130 0.20 Carbon Steel  45 0.4 130 0.20 Alloy Steel  65 180 0.20 Alloy Steel  60 T1500A 180 0.20  80 150 0.20  80 150 0.20 100  90 0.15 110 0.2  90 0.15 120 0.1 A1  50 0.10 140 0.1 A1  50 0.10 Stainless  45 0.2 AC520U 120 0.20 Stainless  45 0.4 120 0.20 Steel  65 130 0.20 Steel  60 AC520U 130 0.20  80 120 0.20  80 120 0.20 100  80 0.15 110 0.2  80 0.15 120 0.1 A1  40 0.10 140 0.1 A1  40 0.10 Hardened  45 0.2 BN2000  80 0.10 Hardened  45 0.2 BN2000  80 0.10 Steel  60  60 0.10 Steel  60  60 0.10  75  30 0.10  80  30 0.10  45 120 0.20  45 0.4 120 0.20  60 H1 (FN) 130 0.20 Cast Iron  65 0.2 H1 (FN) 130 0.20 Cast Iron  80 120 0.15  80 0.1 A1 120 0.15 110 0.2  80 0.15 100  80 0.15 140  40 0.10 120  40 0.10 0.1 A1 Aluminum  45 0.4 150 0.25 Aluminum  45 0.4 150 0.25  65 H1 (FLA) 200 0.25  60 H1 (FLA) 200 0.25  80 180 0.20  80 180 0.20 100 0.2 120 0.20 110 0.2 120 0.20 120  60 0.15 140  60 0.15 0.1 A1 0.1 A1 Red figures are achievable with cylindrical tools made of carbide. Red figures are achievable with cylindrical tools made of carbide. Feed Rate Selection Suitable feed rate varies depending on the desired accuracy. Theoretical surface (Feed rate) 2 Refer to the following formula and determine the best parameters. roughness Rz = × 1,000 ●In general, nose radius 0.2 should be used with f = 0.06 [μm] 8 x Nose radius and radius 0.4 with f = 0.10 These values are reference only. A108

DUAL CONTACT For CK BORING SYSTEM BBT/BT Cutting Conditions SHANK A <EW MICRO HEAD> Projection Length CK BORING SYSTEM 1. This table is a guideline for selecting cutting parameters. Adjust them as needed according to the machine and workpiece conditions. 2. Internal high pressure coolant may cause deflection of the holder. Lower the pressure when close tolerance is required. 3. T hese conditions are determined when the cylindrical tool is mounted on the BIG NEW Hi-POWER MILLING CHUCK or NEW BABY CHUCK. Diameter: ø15 - 18 Diameter ø18 - 22 Workpiece Projection ST14W-EW15-110. (140) ST16W-EW18-100. (160) Carbon Steel Length Insert Cutting Speed Vc Cutting Depth Insert Cutting Speed Vc Cutting Depth Alloy Steel 20 40 Nose Radius Grade m/min mm/ø Nose Radius Grade m/min mm/ø Stainless 60 Steel 80 200 0.20 200 0.20 100 Cast Iron 120 200 0.20 200 0.20 140 Aluminum 160 180 0.20 200 0.20 20 40 0.2 T1200A 160 0.15 0.2 T1200A 180 0.18 60 120 0.15 150 0.15 80 100  70 0.10 100 0.10 120 140  30 0.10  60 0.10 160 20 --  30 0.10 40 60 150 0.20 150 0.20 80 100 150 0.20 150 0.20 120 140 150 0.20 150 0.20 160 20 0.2 T1200A 130 0.15 0.2 T1200A 140 0.18 40 100 0.15 120 0.15 60 80  70 0.10 100 0.10 100 120  30 0.10  60 0.10 140 160 --  30 0.10 150 0.20 150 0.20 150 0.20 150 0.20 140 0.20 150 0.20 0.2 H1 120 0.15 0.2 H1 140 0.18 100 0.15 120 0.15  60 0.10 100 0.10  30 0.10  60 0.10 --  30 0.10 280 0.20 320 0.20 280 0.20 320 0.20 280 0.20 320 0.20 0.2 H1 250 0.20 0.2 H1 280 0.20 180 0.15 220 0.15 100 0.12 160 0.12  60 0.12 100 0.12 --  60 0.10 A109

For CK BORING SYSTEM DUAL CONTACT Cutting Conditions BBT/BT SHANK <CK Carbide Cylindrical Shank> Effective boring depth A A 1. T his table is a guideline for selecting cutting parameters. CK BORING SYSTEM Adjust them as needed according to the machine and workpiece conditions. 2. Internal high pressure coolant may cause deflection of the holder. Lower the pressure when close tolerance is required. 3. Coated cermet T2000Z or T2500F is recommended to reduce wear when machining steel. 4. T130A is recommended to prevent edge chipping for interrupted cutting of steel. 5. These conditions are determined when the cylindrical tool is mounted on the BIG HYDRAULIC CHUCK. Head Model Workpiece Material A Insert Cutting Speed Vc Cutting Depth Feed f (mm/rev) EWN20 Nose Radius Grade (m/min) (mm/ø) Recommended Max. EWN25  90 0.2 T1500A 200 0.20 0.06 0.12 120 0.20 0.06 0.12 EWN32 Carbon Steel 150 0.2 T1500A  60 0.15 0.06 0.10 EWB32 175 0.2 T1500A  25 0.15 0.06 0.10 180 0.20 0.06 0.12 200 0.2 T1500A 120 0.20 0.06 0.12  60 0.15 0.06 0.10  90 0.2 H1 (FN)  25 0.15 0.06 0.10 400 0.20 0.06 0.12 Cast Iron 150 0.2 H1 (FN) 200 0.20 0.06 0.12 175 0.2 H1 (FN) 100 0.20 0.06 0.10  40 0.15 0.06 0.10 200 0.2 H1 (FN)  25 0.15 0.04 0.08 200 0.25 0.08 0.15  90 0.2 DA2200 120 0.20 0.06 0.12  60 0.20 0.06 0.10 150 0.2 H1 (FLA)  25 0.15 0.06 0.10 180 0.25 0.08 0.15 Aluminum 175 0.2 H1 (FLA) 120 0.20 0.06 0.12  60 0.20 0.06 0.10 200 0.2 H1 (FLA)  25 0.15 0.06 0.10 500 0.25 0.08 0.15 230 0.1 A1 (FLA) 200 0.25 0.08 0.15 100 0.20 0.06 0.10 125 0.4 T1500A  40 0.20 0.06 0.10  25 0.15 0.04 0.08 Carbon Steel 175 0.2 T1500A 200 0.25 0.08 0.15 200 0.2 T1500A 130 0.20 0.06 0.12  80 0.20 0.06 0.10 250 0.2 T1500A  25 0.15 0.06 0.10 180 0.25 0.08 0.15 125 0.4 H1 (FN) 130 0.20 0.06 0.12  80 0.20 0.06 0.10 Cast Iron 175 0.2 H1 (FN)  25 0.15 0.06 0.10 200 0.2 H1 (FN) 500 0.25 0.08 0.15 220 0.25 0.08 0.15 250 0.2 H1 (FN) 120 0.20 0.06 0.10  40 0.20 0.06 0.10 125 0.4 DA2200  25 0.15 0.04 0.08 175 0.4 H1 (FLA) Aluminum 200 0.2 H1 (FLA) 250 0.2 H1 (FLA) 285 0.1 A1 (FLA) 135 0.4 T1500A Carbon Steel 160 0.2 T1500A 200 0.2 T1500A 250 0.2 T1500A 135 0.4 H1 (FN) Cast Iron 160 0.2 H1 (FN) 200 0.2 H1 (FN) 250 0.2 H1 (FN) 135 0.4 DA2200 160 0.4 H1 (FLA) Aluminum 200 0.2 H1 (FLA) 250 0.2 H1 (FLA) 310 0.1 A1 (FLA) A110

DUAL CONTACT For CK BORING SYSTEM BBT/BT Cutting Conditions SHANK A Cutting Speed Selection Graph for Cutting Steel CK BORING SYSTEM Chatter is always an issue in boring. The figure at Cutting Speed Vc (m/min) right shows how the cutting speed (rotational speed) inevitably decreases as the bar becomes longer. 260 240 220 200 180 160 140 120 100 80 60 40 20 Diameter Refer to the cutting conditions listed in this graph ø20 - ø26 CK1 and on the previous pages when selecting the optimum cutting conditions. 70 ø25 - ø33 CK2 For cast iron, 10-20% longer projection length is 80 generally permissible. ø32 - ø42 CK3 100 130 ø41 - ø54 CK4 Projection length A (mm) 160 ø53 - ø100 BBT40-CKB5/6 [Reference Example] 200 ø53 - ø70 BBT50-CKB5 Indicated by in the graph at right Example below shows the projection length A of 182mm; 260 ø100 - ø150 and the diameter of ø45mm (ø41 - ø54 CK4). BBT50-CKB6 The recommended cutting speed is 118m/min. Select an appropriate cutting speed based on this 320 reference example. ø68 - ø100 BBT50-CKB6 Projection length A = 182 400 ø100 - ø150 BBT50-CKB7 500 Diameter ø45 600 Relationship between The insert nose radius and boring bar length (machining depth limit) are closely related. Nose Radius and Refer to the graph below when selecting a CK Shank. Depths 1.1 - 1.3 times greater Effective Boring Depth than listed in the graph are possible for cast iron (FC). Refer to the Cutting Conditions table on the previous page for information about cutting conditions. The cutting speed, in particular, inevitably decreases when the bar projection length increases. Refer to the above graph for details. Effective boring depth A R øD1 90 CK7 90 CK7 0.8mm CK Shank effective diameter øD1 (mm) =R0=.40m.2mmm 64 CK6 64 CK6 BBT50 R = R = N0.os2eRrma=mdi0u.s4Rm=m0.8mm R CK Shank effective diameter øD1 (mm)50 CK5 50 CK5 adius 39 CK4 Nose r39 CK4Taper31 CK3 Selection example 31 CK3 BBT40 24 CK2 BBT50, øD1 = 50mm 24 CK2 19 CK1 19 CK1 R = 0.4mm A = 200mm 65 80 100 130 160 200 260 65 80 100 130 160 200 260 320 360 460 560 Effective boring depth A (mm) Effective boring depth A (mm) A111

For CK BORING SYSTEM DUAL CONTACT Cutting Conditions BBT/BT SHANK A CK BORING SYSTEM A112

DUAL CONTACT General Toolholder BBT/BT FACE MILL ARBOR TYPE H SHANK ● Face mill arbor capable of securely supplying coolant/air DUAL CONTACT A to cutting edges through oil holes of cutters. Center through General Toolholder R L L1 L2 G Securely supplies coolant/air to the W cutting edge øD øD1 øC Fig. 1 L L1 L2 K G ⿟⿟Model Description W BBT30 - FMH 25.4 - 50 - 45 øD L dimension øD1 Body diameter øC Spigot diameter FACE MILL ARBOR TYPE H Fig. 2 BIG-PLUS BT No. BBT30/40 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS Fig. øD øD1 L L1 Drive Key G Weight Min. flange (h6) L2 W M12 (kg) diameter øC BBT SHANK Model M16 M 8 BBT30-FMH25.4  -50-  45 ○ 2 25.4 50 45 22 5 9.5 M10 0.77 36 M10 -FMH31.75 -60-  45 ○ 2 31.75 60 45 30 7 12.7 M12 0.91 58 M10 -FMH16    -37- 35 1 16 37 35 16 5 8 0.55 28 M12 -FMH22    -47- 45 ○ 2 22 47 45 18 5 10 0.77 38 M16 -FMH22    -60-  45 ○ 2 22 60 45 18 5 10 M16 0.90 38 M 8 -FMH27    -60-  45 ○ 2 27 60 45 20 6 12 0.94 46 M10 BBT40-FMH22.225-47- 60 1 22.225 47 60 17 3.5 8 1.5 39 - 90 90 M10 1.9 -FMH25.4  -70- 60 ○ 60 M12 2.0 - 90 2 25.4 70 90 22 5 9.5 M12 2.7 46 M16 -105 105 3.1 -FMH31.75 -76- 60 ○ 2 31.75 76 60 30 7 12.7 2.2 - 90 90 2.9 56 -FMH31.75  -96-  60 ○ 2 31.75 96 60 30 7 12.7 2.5 -FMH16    -37- 40 1 16 37 40 16 5 8 1.1 28 -FMH22    -47- 45 45 1.3 38 - 60 1 22 47 60 18 5 10 1.5 - 90 90 1.9 36 -150 150 2.7 -FMH22    -60- 45 45 1.5 - 60 1 22 60 60 18 5 10 1.8 38 - 90 90 2.5 -FMH27    -60- 45 45 1.5 - 60 1 27 60 60 20 6 12 1.8 46 - 90 90 2.5 -FMH27    -76-  60 ○ 2 27 76 60 20 6 12 2.1 48 - 90 90 2.8 -FMH32    -96-  60 ○ 2 32 96 60 22 7 14 2.4 58 1. The weight does not include the cutter. A117 2. Cutter clamping screw is included. If the standard clamping screw does not fit the cutter, select the suitable one from the clamping screw table and order it separetely. 3. When using a cutter without oil holes, an optional clamp screw with an oil hole allows coolant supply. 4. øC indicates the smallest mounting surface diameter of the cutter that can be mounted on the arbor. Be careful when using a cutter with the mounting diameter considerably smaller than the cutting diameter, as it may not fit. 5. The ATC arm interference zone K of model numbers with ○ is 30mm for BBT30 and 45mm for BBT40. A113

General Toolholder DUAL CONTACT FACE MILL ARBOR TYPE H BBT/BT SHANK ● Face mill arbor capable of securely supplying coolant/air DUAL CONTACT A to cutting edges through oil holes of cutters. Center through R W L L1 øD L2 øD1 øC G General Toolholder ⿟⿟Model Description BBT50 - FMH 22.225 - 47 - 60 L dimension Body diameter Spigot diameter FACE MILL ARBOR TYPE H BIG-PLUS BT No. BBT50 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS øD øD1 L L1 Drive Key G Weight Min. flange (h6) L2 W (kg) diameter øC BBT SHANK Model BBT50-FMH22.225- 47- 60 60 4.1 4.7 -105 22.225  47 105 17 3.5  8 M10 5.3 39 -150 150 M12 6.0 46 4.0 56 -200 200 M16 4.5 56 5.4 70 -FMH25.4  - 70- 45 45 M16 7.2 M20 8.7 - 60 60 (MBA-M20H) 4.1 5.2 - 90 25.4  70 90 22 5  9.5 6.3 7.9 -150 150 9.7 4.3 -200 200 6.0 7.7 -FMH31.75 - 76- 45 45 10.3 13.1 - 75 75 4.4 6.3 -105 31.75  76 105 30 7 12.7 8.1 10.9 -150 150 14.5 -200 200 -FMH31.75 - 96- 45 45 - 75 75 -105 31.75  96 105 30 7 12.7 -150 150 -200 200 -FMH38.1  -100- 45 45 - 75 75 -105 38.1 100 105 34 9 15.9 -150 150 -200 200 1. The weight does not include the cutter. 2. Cutter clamping screw is included. A117 If the standard clamping screw does not fit the cutter, select the suitable one from the clamping screw table and order it separetely. 3. When using a cutter without oil holes, an optional clamp screw with an oil hole allows coolant supply. 4. Detailed dimensions of clamping screw MBA-M20H. A117 5. øC indicates the smallest mounting surface diameter of the cutter that can be mounted on the arbor. Be careful when using a cutter with the mounting diameter considerably smaller than the cutting diameter, as it may not fit. A114

DUAL CONTACT General Toolholder BBT/BT FACE MILL ARBOR TYPE H SHANK L L1 DUAL CONTACT A L2 Center through G R General Toolholder W øD øD1 øC BBT50 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS øD øD1 L L1 Drive Key G Weight Min. flange (h6) L2 W (kg) diameter øC BBT SHANK Model 60 3.8 BBT50-FMH16 - 37- 60 4.1 -105 16 37 105 16 5  8 M8 4.5 28 -150 150 M10 4.9 38 -200 4.1 36 200 M10 4.7 -FMH22 - 47- 60 5.3 38 -105 60 M12 6.0 -150 M12 6.7 46 -200 105 M16 7.8 -250 M20 8.9 48 -300 150 (MBA-M20H) 4.2 -350 5.2 58 22 47 200 18 5 10 5.2 70 -FMH22 - 60- 60 7.4 -105 250 8.5 -150 9.6 -200 300 10.7 -250 3.9 -300 350 5.0 -350 6.3 60 7.4 -FMH27 - 60- 45 8.5 - 90 105 9.6 -150 4.0 -200 150 5.6 -250 7.8 -300 22 60 200 18 5 10 9.7 11.4 -FMH27 - 76- 45 250 13.2 - 90 4.2 -150 300 6.8 -200 10.2 -250 350 13.3 -300 16.1 45 19.0 -FMH32 - 96- 45 4.4 - 90 90 6.2 -150 8.1 -200 27 60 150 20 6 12 -250 200 -300 250 -FMH40 -100-  45 - 75 300 -105 45 90 27 76 150 20 6 12 200 250 300 45 90 32 96 150 22 7 14 200 250 300 45 40 100 75 26 8.5 16 105 1. The weight does not include the cutter. 2. Cutter clamping screw is included. A117 If the standard clamping screw does not fit the cutter, select the suitable one from the clamping screw table and order it separetely. 3. When using a cutter without oil holes, an optional clamp screw with an oil hole allows coolant supply. 4. Detailed dimensions of clamping screw MBA-M20H. A117 5. øC indicates the smallest mounting surface diameter of the cutter that can be mounted on the arbor. Be careful when using a cutter with the mounting diameter considerably smaller than the cutting diameter, as it may not fit. A115

General Toolholder DUAL CONTACT FACE MILL ARBOR TYPE H BBT/BT SHANK Built-in Damper SMART DAMPER DUAL CONTACT A ● Dynamic damper eliminates chatter. Center through R øD1 System layout diagram General Toolholder Basic Holder Damper head BBT BDV ø47,ø60,ø76 HSK Caution Damper head becomes unremovable from the basic holder once they are used for machining after assembled. [Basic Holder] L L1 DUAL CONTACT L2 R BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. ⿟⿟Model Description BIG-PLUS øD1 L L1 L2 Weight Applicable BBT50 - SDF36 - 47 - 70 47 (kg) damper head BBT SHANK Model 60 250 70 197 FMH□□DP-47 L1 dimension 76 300 120 247 4.3 FMH□□DP-60 Body diameter BBT50-SDF36-47- 70 350 170 297 5.0 FMH□□DP-76 Connection size -47-120 400 220 347 5.6 G BIG-PLUS BT No. -47-170 250 6.3 -47-220 300 70 197 4.6 [Damper Head] 350 120 247 5.7 -SDF36-60- 70 400 170 297 6.7 -60-120 250 220 347 7.8 -60-170 300 5.3 -60-220 350 70 197 7.0 400 120 247 8.8 -SDF57-76- 70 NEW 170 297 10.5 -76-120 NEW L 220 347 -76-170 NEW -76-220 NEW L1 L2 øD øD1 øC W ⿟⿟Model Description Model øD øD1 L L1 L2 W G Weight Wrench Min. flange (kg) Model diameter øC SDF36 - FMH 22 DP - 47 - 180 SDF36-FMH22DP-47-180 22 47 18 5 10 M10 3.0 FK45-50L 36 -60-180 27 60 180 6 4.5 FK58-62L 38 L dimension 76 20 46 Body diameter -FMH27DP-60-180 12 M12 8.1 FK68-75L 48 Built-in damper type SDF57-FMH27DP-76-180 NEW Spigot diameter FACE MILL ARBOR TYPE H 1. Refer to the operation manual regarding the mounting method to the basic holder. Connection size 2. The weight does not include the cutter. 3. Hook wrench and cutter clamping screw are included. 4. If the standard clamping screw does not fit the cutter, select the suitable one from the clamping screw table and order it separetely. A117 5. øC indicates the smallest mounting surface diameter of the cutter that can be mounted on the arbor. Be careful when using a cutter with the mounting diameter considerably smaller than the cutting diameter, as it may not fit. A116

DUAL CONTACT General Toolholder BBT/BT FACE MILL ARBOR TYPE A SHANK A DUAL CONTACT R General Toolholder øD2 L L1 L2 WL L1 øDL2K øD1 W øD øD1 ⿟⿟Model Description Fig. 1 Fig. 2 BBT30 - FMA 22.225 - 45 L dimension Spigot diameter FACE MILL ARBOR TYPE A BIG-PLUS BT No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig. øD øD1 øD2 L L1 Drive Key Clamping Weight (h6) L2 W Screw (kg) BBT SHANK Model 4 8.3 5 9.5 M10-40L 0.72 BBT30-FMA22.225- 45 — 1 22.225 42 — 45 18 7 12.7 MBA-M12 0.86 -FMA25.4  - 45 — 45 22 MBA-M16 1.07 2 25.4 50 5 9.5 MBA-M12 1.5 2.3 — BT30-FMA31.75 - 45 2 31.75 60 — 45 30 7 12.7 MBA-M16 3.4 1.7 BBT40-FMA25.4  - 45 BT40-FMA25.4  - 45 — 45 9 15.9 MBA-M20 2.4 3.0 - 90 - 90 25.4 50 60 90 22 4.0 -150 ※ — 150 2.5 -FMA31.75 - 45 -FMA31.75 - 45 1 45 - 75 - 75 31.75 60 — 75 30 -105 ※ — 105 -150 ※ 150 -FMA38.1  - 60 ○ -FMA38.1  -  60 ○ 2 38.1 80 — 60 34 BT shank models with “-” are not standard products. A113If there is no compatible model: Models with ※ do not have a through hole. 1. These arbors are compatible with the JIS B4113 (1970) face milling cutters. FACE MILL ARBOR TYPE H 2. The weight does not include the cutter. 3. The model, dimensions and accuracy conform to TMT standards. 4. Cutter clamp screw is included. 5. Depending on the cutter, a hex socket head screw may be required for clamping. 6. A clamp screw with oil hole must be ordered separately for use with center through coolant/air. 7. The ATC arm interference zone K of the model with “○” is 45mm. Clamping Screw Clamping Screw Clamping øD øD1 L L1 G screw L Model with oil 23 2 L1 MBA-M12 hole — — G -M12H Model øD1 -M16 33 10 12 øD -M16H TMBA-M12 -M20 — -M20H -M16 40 23 10 6 16 -M24 — — — -M20 — 50 27 14 6 20 -M24 — — 65 37 10 24 A117

General Toolholder DUAL CONTACT FACE MILL ARBOR TYPE A BBT/BT SHANK DUAL CONTACT A R ø D2 W L L1 M16-50L (4 pcs) L2 P.C.D. 101.6 øD L L1 øD1 K L2 W ⿟⿟Model Description øD øD1 BBT50 - FMA 25.4 - 45 General Toolholder L dimension Spigot diameter Fig. 1 Fig. 2 FACE MILL ARBOR TYPE A BIG-PLUS BT No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig. øD øD1 øD2 L L1 Drive Key Clamping Weight (h6) L2 W Screw (kg) BBT SHANK Model BBT50-FMA25.4  - 45 BT50-FMA25.4  - 45 — 45 4.1 - 90 - 90 90 5.0 -150 ※ -150 ※ 150 6.4 -200 ※ 1 25.4 50 70 200 22 5 9.5 MBA-M12 7.7 -250 ※ 250 8.8 -300 ※ — 9.9 300 -350 ※ 350 11.0 -FMA31.75 - 45 -FMA31.75 - 45 — 45 4.2 - 75 - 75 75 5.1 -105 -105 70 105 5.6 -150 ※ -150 ※ 6.7 -200 ※ 1 31.75 60 150 30 7 12.7 MBA-M16 8.3 200 -250 ※ — 250 9.6 -300 ※ 80 300 10.9 -350 ※ 350 12.2 -FMA38.1  - 45 -FMA38.1  - 45 45 4.6 - 75 - 75 75 5.4 -105 -105 105 6.7 -150 ※ -150 ※ 1 38.1 80 — 150 34 9 15.9 MBA-M20 8.5 -200 ※ 200 10.4 -250 ※ — 250 12.4 -300 ※ 300 14.3 -350 ※ 350 16.3 -FMA47.625- 75 ※○ — 2 47.625 128.57 — 75 M16-50L 8.1 -100 ※ 100 38 12.5 25.3 (4 pcs) 9.6 -150 ※ 150 12.7 -FMA50.8  - 45 -FMA50.8  - 45 45 4.8 - 75 - 75 75 6.6 -105 -105 105 8.5 -150 ※ 1 50.8 100 — 150 36 10 19 MBA-M24 11.2 -200 ※ 200 14.3 -250 ※ — 250 17.4 -300 ※ 300 20.4 -350 ※ 350 23.5 BT shank models with \"-\" are not available. Please choose BBT shank models. Clamping screws A117 Models with ※ do not have a through hole. A114If there is no compatible model: 1. These arbors are compatible with the JIS B4113 (1970) face milling 5. D epending on the cutter, a hex socket head screw may be required FACE MILL ARBOR TYPE H cutters. for clamping. 2. The weight does not include the cutter. 6. A clamp screw with oil hole must be ordered separately for use with 3. The model, dimensions and accuracy conform to TMT standards. center through coolant/air. 4. Cutter clamp screw is included. 7. The ATC arm interference zone K of the model with “○” is 48mm. A118

DUAL CONTACT General Toolholder BBT/BT FACE MILL ARBOR TYPE B SHANK DUAL CONTACT A General Toolholder L L1 R L2 W øD øD1 ⿟⿟Model Description Figures and shapes may be different Fig. 1 BBT40 - FMB 38.1 - 60 depending on the dimension L. L dimension L L1 L L1 FMB38.1F (40F) Spigot diameter L2 P.C.D. 66.7 FACE MILL ARBOR TYPE B L2 FMB60 BIG-PLUS BT No. K 48 P.C.D. 101.6 W W øD øD øD1 øD1 Fig. 2 Fig. 3 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS Fig. øD øD1 L L1 Drive Key Clamping Screw Weight (h6) L2 W (kg) BBT SHANK Model 60 75 BBT40-FMB38.1 - 60 ○ 105 2.3 60 - 75 38.1 85 75 9 15.9 MBA-M20 2.9 105 -105 2 150 26 3.4 75 -FMB40   - 60 ○ 40 85 45 8.5 16 MBA-M20 2.3 - 75 75 2.7 105 BBT50-FMB38.1 -105 1 38.1 85 150 9 15.9 MBA-M20 6.7 -150 75 8.9 75 -FMB38.1F- 75 3 38.1 110 9 15.9 MBA-M20 or M12-45L (4 pcs) 6.6 -FMB40   - 45 26 4.2 8.5 16 5.6 - 75 1 40 85 MBA-M20 6.9 -105 -150 8.9 -FMB40F  - 75 3 40 110 8.5 16 MBA-M20 or M12-45L (4 pcs) 6.6 -FMB60   - 75 60 140 25 12.5 25.4 M16-50L (4 pcs) 8.5 No through holes. Clamping screws A117 1. The weight does not include the cutter. A113If there is no compatible model: 2. The model, dimensions and accuracy conform to TMT standards. 3. Cutter clamp screw is included. FACE MILL ARBOR TYPE H 4. Depending on the cutter, a hex socket head screw may be required for clamping. 5. The ATC arm interference zone K of the model with “○” is 45mm. A119

General Toolholder DUAL CONTACT FACE MILL ARBOR TYPE C BBT/BT SHANK DUAL CONTACT L L1 A L2 R K G General Toolholder W øD øD1 Figures and shapes may be Fig. 2 different depending on the dimension L. L L1 L L1 L2 58 L2 G G W ø60 øD W øD1 øD øD1 Fig. 1 Fig. 3 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig. øD øD1 L L1 Drive Key G Weight (h6) L2 W M12 (kg) BBT SHANK Model 5 9.5 M 8 58 M10 1.00 BBT30-FMC25.4 -  45 2 25.4 70 20 5 10 M12 0.58 6 12 M10 0.75 -FMC16  -  45 ー 1 16 32 45 16 5 10 1.03 -FMC22  -  45 1 22 45 18 M12 1.3 6 12 1.7 -FMC27  -  45 2 27 70 20 M16 2.5 7 14 2.0 BBT40-FMC22  -  45 BT40-FMC22 - 45 45 M10 2.6 5 10 4.1 -  90 - 90 1 22 45 90 18 M16 2.1 7 14 2.5 -150 ※ ー 150 3.3 4.1 -FMC27  -  60 ○ 60 4.6 4.9 - 90 ー 2 27 70 90 20 6.5 7.3 -150 ※ 150 4.3 5.6 -FMC32  -  60 ○ 60 7.0 8.7 - 75 ー 2 32 85 75 22 10.9 13.1 -105 105 BBT50-FMC22  -  60 BT50-FMC22 - 60 60 -105 -105 1 105 -150 ※ -150 ※ 22 45 150 18 -200 ※ ー 3 200 -250 ※ 250 -FMC32  -  45 45 - 75 75 -105 ー 1 32 85 105 22 -150 ※ 150 -200 ※ 200 -250 ※ 250 BT shank models with \"-\" are not available. Please choose BBT shank models. A113If there is no compatible model: Models with ※ do not have a through hole. 1. The weight does not include the cutter. FACE MILL ARBOR TYPE H 2. The model, dimensions and accuracy conform to TMT standards. 3. Cutter clamp screw is included. 4. The ATC arm interference zone K of the model with “○” is 45mm. A120

DUAL CONTACT General Toolholder BBT/BT JACOBS TAPER ARBOR SHANK ● Holder for mounting keyless chuck or rubber chuck. DUAL CONTACT A R General Toolholder L L1 ø30 øD JT.No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. ⿟⿟Model Description BIG-PLUS BT SHANK Model JT.No. øD L L1 Weight BBT30 - JTA 1 - 30 9.754 (kg) BBT SHANK Model 17.17 30 L dimension 9.754 JTNo. BBT30- JTA1 -  30 BT30- JTA1 -  30 1 45 15 0.45 JACOBS TAPER ARBOR - JTA6 -  30 - JTA6 -  30 6 17.17 105 BIG-PLUS BT No. 1 24 0.49 BBT40- JTA1 -  45 BT40- JTA1 -  45 17.17 45 -105 -105 6 105 15 1.2 1.5 - JTA6 -  45 - JTA6 -  45 6 45 -105 -105 105 24 1.2 1.6 BBT50- JTA6 -  45 BT50- JTA6 -  45 -105 -105 24 4.0 4.2 1. The model, dimensions and accuracy conform to TMT standards. 2. Drill chuck is not included. DUAL CONTACT General Toolholder BBT/BT SUPER KEYLESS CHUCK SHANK Clamping diameter: ø0.5 - ø13 ● Securely chucks the drill with simple operation. DUAL CONTACT Integral holder type Reverse lock mechanism (SKL13) R keyless chuck · No loosening even when the main LOCK spindle suddenly stops, by the reverse lock mechanism using a lock ring. · Runout accuracy Lock Ring FREE within 0.05mm ⿟⿟Model Description BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BBT30 - SKL 13 - 110 BIG-PLUS Clamping øD L L1 Weight Wrench diameter  51 (kg) (Standard Accessory) L dimension BBT SHANK Model ø0.5 - ø13 34 Max. tool diameter ø0.5 - ø6.5 Chuck type BBT30-SKL13  -110 BIG-PLUS BT No. BBT40-SKL13  -105 BBT50-SKL13  -115 L1 BBT30-KLC6.5- 70 L BBT40-KLC6.5- 75 110 122.5 1.43 LOCK 106 118.5 1.9 FS13LC øD 115 127.5 4.4 FREE 70 76.5 0.65 FS6.5LC 75 81.5 1.2 1. Hook wrench is included. 2. KLC type does not have the reverse lock mechanism. A121

General Toolholder DUAL CONTACT MORSE TAPER HOLDER TYPE A (Tang Type) BBT/BT SHANK ● Precise finish of the Morse taper bore provides stable runout accuracy. DUAL CONTACT A L R General Toolholder L1 MT No.øD1 øD ⿟⿟Model Description Fig. 1 BBT30 - MTA 1 - 60 L L L dimension L1 L1 MT.No. MORSE TAPER HOLDER TYPE A øD L2 øD BIG-PLUS BT No. MT No. Fig. 3 MT No. Fig. 2 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig. MT. øD øD1 L L1 L2 Weight Reference drill diameter No. (kg) ( ※ JIS B4302 1) BBT SHANK Model BBT30-MTA1- 60 BT30-MTA1- 60 1 25 60 38 0.52 ø  3  - ø14 -MTA2- 60 ø14.5 - ø23 -MTA3- 80 -MTA2- 60 1 2 32 — 60 38 — 0.55 ø23.5 - ø31.5 ø  3  - ø14 BBT40-MTA1- 45 -MTA3- 80 3 40 80 58 0.74 ø14.5 - ø23 -120 ø23.5 - ø31.5 BT40-MTA1- 45 1 1 25 — 45 18 — 1.0 ø32  - ø50 -MTA2- 45 -120 2 120 93 1.3 ø  3  - ø14 -120 -MTA2- 45 1 2 32 — 45 18 — 1.0 ø14.5 - ø23 -MTA3- 75 -120 2 120 93 1.6 -135 ø23.5 - ø31.5 -MTA3- 75 1 3 40 — 75 48 — 1.0 -MTA4- 90 -135 2 135 108 1.7 ø32  - ø50 BBT50-MTA1- 45 -MTA4- 90 2 4 50 — 90 63 — 1.6 ø51  - ø76 -120 -180 BT50-MTA1- 45 1 45 7 3.9 -210 -250 -120 2 — 120 82 — 4.2 -MTA2- 45 -180 -135 1 25 180 142 4.3 -180 -210 —3 41 210 172 85 4.4 -250 43 250 212 4.8 -300 -MTA3- 45 -MTA2- 45 1 45 7 3.9 - 75 -150 -135 2 — 135 97 — 4.3 -180 -180 -210 2 32 180 142 4.6 -250 45.5 210 172 4.8 -300 -MTA4- 75 —3 48.5 250 212 95 5.2 -180 -210 49.5 300 262 5.8 -250 -300 -MTA3- 45 1 45 7 3.8 -MTA5-105 — 75 37 3.9 -210 -150 — 150 112 — 4.6 -180 2 3 40 180 142 4.9 210 172 5.1 —3 50.5 250 212 115 5.6 300 262 6.3 -MTA4- 75 1 75 37 3.9 -180 180 142 5.4 2 4 50 — 210 172 — 5.6 — 250 212 6.2 300 262 7.0 -MTA5-105 1 5 65 — 105 67 — 4.5 -210 2 210 172 7.2 BT shank models with \"-\" are not available. Please choose BBT shank models. 1. The model, dimensions and accuracy conform to TMT standards. A122

DUAL CONTACT General Toolholder BBT/BT SIDE LOCK DRILL HOLDER SHANK Clamping diameter: ø16 - ø50 DUAL CONTACT A ⿟⿟Model Description Center through BBT30 - T SL 16 - 75 R General Toolholder ød L dimension øD Clamping diameter øD1 ødSIDE LOCK HOLDER øD Center through BIG-PLUS BT No. L L L1 L1 H H2 H1 2-G L2 H 2-G H2 H1 Fig. 1 Fig. 2 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig. ød øD øD1 L L1 L2 H H1 H2 G Weight (kg) BBT SHANK Model BBT30-TSL16- 75 16 75 48 14 14 M10 1.03 -TSL20- 75 80 — 50 15 0.98 -TSL25- 80 — 1 20 48 — 85 — 56 -TSL32- 85 25 60 BT40-TSL16- 90 20 M16 0.97 BBT40-TSL16- 90 — 32 63 1.38 -105 -TSL20- 90 16 48 90 63 48 14 14 M10 1.7 -TSL20- 90 — 105 78 1.9 -105 -TSL25- 90 20 48 90 63 50 14 14 M10 1.7 -TSL25- 90 -105 105 78 1.9 -105 -TSL32-105 1 25 48 — 90 63 — 56 15 20 M16 1.6 -TSL32-105 — 105 78 1.8 -135 -TSL40-105 32 63 105 78 60 15 20 M16 2.4 -TSL40-105 BT50-TSL16- 90 135 108 3.0 BBT50-TSL16- 90 — 40 68 105 — 70 15 25 M16 2.4 -135 -165 -TSL20- 90 90 52 4.2 -200 -135 -TSL20- 90 -165 1 16 48 — 135 97 — 48 14 14 M10 4.8 -135 165 127 5.2 -165 — -200 2 62.5 200 162 75 6.1 -250 -TSL25-105 -TSL25-105 -135 90 52 4.2 -135 -165 -165 1 — 135 97 — 4.8 -200 — -250 20 48 165 127 50 14 14 M10 5.2 -TSL32-105 -TSL32-105 -135 -135 2 62.5 200 162 75 6.0 -165 -165 64 250 212 90 6.8 -200 -250 — 105 67 4.3 -TSL40-105 -135 -TSL40-105 1 — 135 97 — 4.7 -165 -135 -200 -165 25 48 165 127 56 15 20 M16 5.1 -250 -TSL50-105 — 2 62.5 200 162 75 5.9 -150 64 250 212 90 6.7 -TSL50-105 — 105 67 4.8 135 97 5.5 1 32 63 — 165 127 — 60 15 20 M16 6.2 200 162 6.9 250 212 8.0 105 67 4.8 135 97 5.6 1 40 68 — 165 127 — 70 15 25 M16 6.4 200 162 7.3 250 212 8.6 1 50 84 — 105 67 — 70 15 25 M16 5.4 150 112 7.2 • BT shank models with \"-\" are not available. Please choose BBT shank models. SL Sleeve A167 Not compatible with Weldon DIN 1835B. A123

General Toolholder DUAL CONTACT Clamping diameter: ø20 - ø40 SIDE LOCK HOLDER TYPE SLE BBT/BT SHANK ● Drill diameter adjustment mechanism enables drilling within ±0.1mm tolerance. DUAL CONTACT A (Adjustment amount: -0.2mm/ø - +1.0mm/ø) Center through Drill diameter adjustment R mechanism ød øD L øD1 H 2-G General Toolholder H2 H1 ⿟⿟Model Description BBT40 - T SLE 20 - 90 L dimension Adjustment amount: Clamping diameter -0.2 - +1.0mm/ø SIDE LOCK HOLDER with drill diameter adjustment mechanism Center through Eccentric sleeve BIG-PLUS BT No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS ød øD L H H1 H2 G Weight Compatible drill (kg) diameter (øD1) BBT SHANK Model 20 50 90 53 14 14 M10 1.7 12 - 19.8 BBT40-TSLE20- 90 25 56 59 15 20 M12 1.8 20 - 24.5 -TSLE25- 90 -TSLE32-105 32 66 105 63 16 20 M12 2.5 25 - 29.5 BBT50-TSLE20-105 20 50 53 14 14 M10 4.5 12 - 19.8 -TSLE25-105 -TSLE32-105 25 56 105 59 15 20 M12 4.6 20 - 24.5 -TSLE40-105 32 66 63 16 20 M12 4.9 25 - 29.5 40 80 73 18 25 M16 5.4 30 - 36 Caution · External insert and flat of the drill shank should be aligned with each other. Drills without this alignment cannot be used. A124

DUAL CONTACT General Toolholder BBT/BT SIDE LOCK ENDMILL HOLDER SHANK Clamping diameter: ø6 - ø50 ● Substantial Side Lock Holder allows high cross feed of endmilling. DUAL CONTACT A Center through ⿟⿟Model Description R BBT30 - ISL 6 - 60 L dimension Clamping diameter SIDE LOCK ENDMILL HOLDER BT SHANK No. General Toolholder L L L ødH L1 L2 øD H ødL1G2-G L1 G øDH2 H1 øD1H1 H ødH1 øD Fig. 1 Fig. 2 Fig. 3 Endmill holder in accordance with ISO5414 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model Fig.   ød øD øD1 L L1 L2 H H1 H2 G Weight (H5) (kg) BBT SHANK Model BBT30-ISL 6- 60 6 25 35 (85) 18 M 6 0.52 -ISL 8- 60 8 28 M 8 0.55 -ISL10- 60 -ISL12- 60 — 1 10 35 — 60 — 45 20 — M10 0.64 -ISL16- 60 12 42 37 48 22.5 M12 0.74 BBT40-ISL 6-  75 -ISL 8-  75 16 48 38 53 24 M14 0.81 -ISL10- 75 -ISL12- 75 6 25 18 M 6 1.2 -ISL16- 75 M 8 1.3 -ISL20- 75 8 28 38 (110) M10 1.5 -ISL25- 90 53 M12 -ISL32-105 — 1 10 35 75 45 20 — M14 12 42 46 22.5 BBT50-ISL16- 90 — — 24 -150 16 48 -ISL20- 90 BT40-ISL20- 75 20 52 45 55 25 M16 1.6 -150 -ISL25- 90 2 25 63.5 90 63 60 24 25 M18xP2 2.1 -ISL25-105 -ISL32-105 32 72 105 — 82 28 M20xP2 2.9 -150 — 1 16 48 — 90 49 — (145) 24 — M14 4.4 -ISL32-105 3 56.5 150 60 107 (205) 5.0 -150 BT50-ISL20- 90 1 20 52 — 90 49 — (145) 25 — M16 4.5 -ISL40-120 — 3 60.5 150 60 107 60 5.3 -150 -ISL25-105 2 25 65 — 105 64 — 60 24 25 M18xP2 4.6 -ISL42-120 — 150 107 5.3 -150 -ISL32-105 2 32 72 — 105 62 — 90 24 28 M20xP2 5.3 -ISL50-121 — 150 107 6.1 -ISL40-120 2 40 90 — 120 79 — 90 30 32 M20xP2 6.5 — 150 109 8.1 -ISL42-120 2 42 90 — 120 79 — 90 30 32 M20xP2 6.5 — 150 109 8.0 -ISL50-121 2 50 99.5 — 121 83 — 90 35 35 M24xP2 7.2 BT shank models with \"-\" are not available. Please choose BBT shank models. 1. Although a through hole is provided, the air-bleeding hole needs to be plugged for use with center through coolant. 2. For use with center through coolant in drilling, use the SIDE LOCK DRILL HOLDER. A123 3. H dimensions in ( ) are reference length up to the PULLSTUD BOLT. A125

General Toolholder DUAL CONTACT SIDE LOCK ENDMILL HOLDER BBT/BT Clamping diameter: ø50.8 SHANK ● Pin lock type holder for endmill. 121 DUAL CONTACT A [Pin Lock Type] BIG original standard product 61.68 33.1 R ⿟⿟Model Description ø50.8(H5) BBT50 - SL 50.8 - 121 W 3-G ø95 L dimension General Toolholder Clamping diameter SIDE LOCK ENDMILL HOLDER BIG-PLUS BT No. 35.78 33.9 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS BT SHANK Model G Clamping W Weight (kg) M20 screw ø11.1 6.2 BBT SHANK Model K2025F BBT50-SL50.8-121 BT50-SL50.8-121 1. This holder is compatible with pin lock type endmill. 2. Clamping screws are included. General Toolholder DUAL CONTACT SIDE CUTTER ARBOR BBT/BT SHANK ● Arbor for JIS standard side cutters and slitting saws. DUAL CONTACT L 30 L1 R W2 øD øD1 W1 Nut Distance collar BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. ⿟⿟Model Description BIG-PLUS øD øD1 W2 W1 L L1 Weight BBT40 - SCA 25.4 - 75 (h6) (kg) BBT SHANK Model 75 L dimension 120 Spigot diameter BBT40-SCA25.4 - 75 25.4 40 27.78 6.35 25 1.9 SIDE CUTTER ARBOR A -120 75 2.3 BIG-PLUS BT No. 90 -SCA31.75- 75 31.75 46 34.92 7.92 135 30 2.4 1. Nut is included. 90 2. One collar each of thickness 5, 8, 10 and 12 BBT50-SCA25.4 - 90 25.4 40 27.78 6.35 135 25 4.7 -135 90 5.1 is included. 135 3. The model, dimensions and accuracy -SCA31.75- 90 31.75 46 34.92 7.92 30 5.1 -135 5.7 conform to TMT standards. -SCA38.1 - 90 38.1 55 42.06 9.52 36 5.8 -135 6.8 [Distance Collar] for side cutter arbor Body Model SCA25.4 SCA31.75 SCA38.1    Thickness SC254C 5 Distance collar model SC381C 5 5 SC254C 8 SC381C 8 8 SC254C10 SC3175C 5 SC381C10 SC254C12 SC3175C 8 SC381C12 10 SC3175C10 12 SC3175C12 A126

DUAL CONTACT TAPPER BBT/BT MEGA SYNCHRO TAPPING HOLDER SHANK PAT. M2 - M20 Improves thread quality and tap life by reducing thrust loads caused DUAL CONTACT A by synchronization errors up to 90%. Center through ● Long tap holder now available as standard in addition to various tap sizes. R TAPPER øDFor tap holders A128 . dTap HolderTap øD1 Body L1 L2 L ⿟⿟Model Description (Body) Tap Holder (Optional) BBT30 - MGT6 - 70 L dimension MEGA SYNCHRO No. BIG-PLUS BT No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS Tap Holder Tapping range øD øD1 L L1 L2 Body weight Model d (kg) BBT SHANK Model MGT 6-d- 30 M2 - M6 100 30 - 70 No.3 - U1/4 BBT30-MGT 6- 70 -100 36 16 70 140 70 0.69 -MGT12- 70 M6 - M12 -MGT20-110 MGT12-d- 30 U1/4 - U7/16 170 100 - 70 BBT40-MGT 6- 75 -100 P1/8 100 30 -MGT12- 75 -MGT20- 95 MGT20-d- 35 M12 - M20 41 20 · 30 70 140 70 0.74 - 85 U1/2 - U3/4 BBT50-MGT 6- 90 -115 P1/4 - P3/8 170 100 -MGT12- 90 -MGT20-105 MGT 6-d- 30 M2 - M6 145 35 - 70 No.3 - U1/4 -100 54 30 110 195 85 1.45 M6 - M12 MGT12-d- 30 U1/4 - U7/16 225 115 - 70 -100 P1/8 105 30 MGT20-d- 35 M12 - M20 36 16 75 145 70 1.3 - 85 U1/2 - U3/4 -115 P1/4 - P3/8 175 100 MGT 6-d- 30 M2 - M6 105 30 - 70 No.3 - U1/4 -100 41 20 · 30 75 145 70 1.4 M6 - M12 MGT12-d- 30 U1/4 - U7/16 175 100 - 70 -100 P1/8 130 35 MGT20-d- 35 M12 - M20 54 30 95 180 85 1.8 - 85 U1/2 - U3/4 -115 P1/4 - P3/8 210 115 120 30 36 16 90 160 70 3.9 190 100 120 30 41 20 · 30 90 160 70 4.0 190 100 140 35 54 30 105 190 85 4.4 220 115 1. MGT Set Screw is included. Tap holders A128 2. Tap holder must be ordered separately. Cannot be used with machining center without synchronized tapping function. 150・200 L2=150,200mm long tap holders are also available. For details, A128 A127

TAPPER DUAL CONTACT MEGA SYNCHRO TAPPING HOLDER PAT. BBT/BT SHANK Tap Holder PAT. (MGT6, MGT12) for JIS A ● From short to long (150mm, 200mm)... Abundant Tap Holders avoid workpiece interference flexibly. □d2 ød1 MGT6 (Tapping range: M2 - M6) dTap Holder ModelTapping range d ℓ ød1 □ d2 H L øD Weight øDMetric ℓ Pipe ℓ Unify (kg) TAPPERMGT6-M 2   - 3030 0.12 70 0.18 - 70  M2 - 21 No.3 21 3 2.5 19 100 0.23 -100 M2.6 No.4 150 0.31 30 0.12 -150 70 0.18 100 0.23 -M 3   - 30  150 0.31 30 0.12 - 70  M3 25 No.5 25 4 3.2 21 70 0.18 -100 No.6 100 0.22 150 16 0.3 -150 200 0.37 30 0.12 -M 4   - 30  70 0.18 100 0.22 - 70  150 0.3 200 0.37 -100 M4 27 No.8 27 5 4 25 30 0.12 70 0.17 -150 100 0.22 150 0.3 -200 200 0.37 Long type has -M 5   - 30  also been - 70  No.10 35 5.5 4.5 25 standardized -100 M5 35 No.12 -150 L H -200 -M6 U1/4- 30  - 70  -100 M6 37 U1/4 37 6 4.5 25 -150 -200 Refer to the remarks in the table below. Synchro Adjuster Soft Type (Standard accessory) MGT12 (Tapping range: M6 - M12) ⿟⿟Model Description (Tap Holder) MGT6 - M2 - 30 Tap Holder Model Tapping range d ød1 □ d2 H L øD Weight L dimension Metric ℓ Pipe ℓ Unify ℓ (kg) Tap size MEGA SYNCHRO No. MGT12-M 6 U1/4- 30 30 0.19 Caution - 70 70 0.29 Refer to the precautionary notes on -100 M6 35 U1/4 35 6 4.5 27 100 0.36 A129 for tap types. -150 150 0.48 -200 200 0.6 -U5/16  - 30 30 0.19 - 70 70 0.29 -100 U5/16 42 6.1 5 28 100 0.36 -150 150 0.48 -200 200 0.6 -M 8    - 30 30 0.19 - 70 M7, 70 0.29 M8 -100 42 6.2 5 28 100 0.36 -150 150 0.48 -200 200 20 0.6 30 0.19 -M10 U3/8- 30 - 70 M9, 70 0.28 M10 -100 47 U3/8 47 7 5.5 28 100 0.35 -150 150 0.47 -200 200 0.59 -U7/16 P1/8- 30 30 0.18 - 70 70 0.28 -100 P1/8 26 U7/16 51 8 6 29 100 0.35 -150 150 0.46 -200 200 0.58 -M12    - 30 30 0.18 - 70 70 0.27 -100 M12 53 8.5 6.5 29 100 0.34 -150 150 0.46 -200 200 0.58 1. Nut is included. Wrench must be ordered separately. Mega Wrench A132 A128 2. Tap projection length is a reference figure in accordance with JIS standards.

DUAL CONTACT TAPPER BBT/BT MEGA SYNCHRO TAPPING HOLDER SHANK PAT. A Tap Holder PAT. (MGT20) for JIS MGT20 (Tapping range: M12 - M20) TAPPER Tap Holder Model Tapping range d ℓ ød1 □ d2 H L øD Weight Metric ℓ Pipe ℓ Unify (kg) MGT20-M12   - 35 35 0.55 - 85 M12 53  8.5  6.5 29 85 0.82 -115 115 0.98 -150 150 1.17 -U1/2  - 35 35 0.55 - 85 U1/2 55  9  7 30 85 0.82 -115 115 0.98 -150 150 1.17 -M14 U9/16- 35 35 0.53 - 85 M14 55 U9/16 57 10.5  8 33 85 0.79 -115 115 0.95 -150 150 1.14 -P1/4   - 35 35 0.53 Long type has - 85 P1/4 31 11  9 31 85 0.79 also been -115 115 0.95 standardized -150 150 1.14 L -U5/8   - 35 35 0.52 H - 85 U5/8 61 12  9 34 85 30 0.78 -115 115 0.94 □d2 -150 150 1.13 ød1 -M16   - 35 35 0.52 d øD - 85 M16 60 12.5 10 35 85 0.77 -115 115 0.93 Synchro Adjuster Soft Type (Standard accessory) -150 150 1.11 -M18 U3/4-  35 35 0.51 - 85 M18 64 U3/4 69 14 11 36 85 0.76 -115 115 0.92 ⿟⿟Model Description (Tap Holder) MGT20 - M12 - 35 -150 150 1.1 L dimension -P3/8   - 35 35 0.51 Tap size - 85 P3/8 32 14 11 33 85 0.76 MEGA SYNCHRO No. -115 115 0.92 -150 150 1.1 -M20   - 35 35 0.49 - 85 M20 68 15 12 37 85 0.74 -115 115 0.89 -150 150 1.06 1. Nuts are included, but wrench must be ordered separately. Mega Wrench A132 2. Tap projection length ℓ is a reference figure in accordance with JIS standards. Cautions: Tap Types No Margin With Margin Threads are more likely to expand when Thread Thread using a tap which has no margin on the Relief Relief periphery and low self-guiding properties, as with eccentric thread relief. Eccentric Thread Relief Con-Eccentric Thread Relief In this case, change to the separately sold Synchro Adjuster (hard type) or use a collet chuck. A129

TAPPER DUAL CONTACT MEGA SYNCHRO TAPPING HOLDER PAT. BBT/BT SHANK Tap Holder PAT. (MGT6, MGT12) for DIN / ISO A MGT6 (Tapping range: DIN: M3 - M8 ISO: M3 - M5) □d2 ød1 Tap Holder Model Tapping range d (DIN) Tapping range d (ISO) ød1 □ d2 H L øD Weight DIN371 DIN376 DIN353 ISO529 ISO2284 (kg) d øDMGT6-031025- 30  30 0.12 TAPPER- 70M33.15 2.520 700.18 -100 100 0.23 -150 150 0.31 -035027- 30  30 0.12 - 70 M3 M5 3.5 2.7 21  70 0.18 -100 100 0.23 -150 150 0.31 -040032- 30  30 0.12 - 70 M4 4.0 3.15 21  70 0.18 -100 100 0.23 -150 150 0.31 -045034- 30  30 16 0.12 - 70  70 0.18 -100 M4 M6 4.5 3.4 21 100 0.22 -150 150 0.30 -050040- 30  30 0.12 L - 70  70 0.18 H -100 M5 5.0 4.0 25 100 0.22 Synchro Adjuster Soft Type (Standard accessory) -150 150 0.30 -200 200 0.37 -060049- 30  30 0.12 - 70  70 0.17 -100 M5, M6 M8 6.0 4.9 26 100 0.22 -150 150 0.30 -200 200 0.37 1. Nuts are included, but wrench must be ordered separately. MGT12 (Tapping range: DIN: M5 - M12 ISO: M6 - M12) Tap Holder Model Tapping range d (DIN) Tapping range d (ISO) ød1 □ d2 H L øD Weight DIN371 DIN376 DIN353 ISO529 ISO2284 (kg) MGT12-060049- 30  30 0.19 - 70  70 0.29 -100 M5, M6 M8 6.0 4.9 28 100 0.36 -150 150 0.48 -200 200 0.60 -063050- 30  30 0.19 DIN Tap - 70  70 0.29 DIN 371 -100 M6 6.3 5.0 28 100 0.36 Machine tap with reinforced shank -150 150 0.48 DIN 376 -200 200 0.60 Machine tap with slender shank -070055- 30  30 0.19 Caution - 70  70 0.28 Refer to the precautionary notes on -100 M10 1/8 7.0 5.5 28 100 20 0.35 A129 when selecting a tap. -150 150 0.47 -200 200 0.59 -080063- 30  30 0.18 - 70  70 0.28 -100 M8 M8 1/8 8.0 6.3 29 100 0.35 -150 150 0.46 -200 200 0.58 -090071- 30  30 0.18 - 70  70 0.27 -100 M12 M12 9.0 7.1 30 100 0.34 -150 150 0.46 -200 200 0.58 -100080- 35 35 0.28 - 85 M10 M10 1/4 10.0 8.0 33 85 30 0.49 -115 115 0.61 -150 150 0.76 1. Nuts are included, but wrench must be ordered separately. A130 Mega Wrench A132

DUAL CONTACT TAPPER BBT/BT MEGA SYNCHRO TAPPING HOLDER SHANK PAT. A Tap Holder PAT. (MGT20) for DIN / ISO MGT20 (Tapping range: DIN: M10 - M20 ISO: M10 - M20) TAPPER □d2L Tap Holder Model Tapping range d (DIN) Tapping range d (ISO) ød1 □ d2 H L øD Weight H DIN371 DIN376 DIN353 ISO529 ISO2284 (kg) ød1 d MGT20-090071- 35 35 0.55 øD - 85 M12 M12 9.0 7.1 30 85 0.82 -115 M10 115 0.98 -150 1.17 -100080- 35 150 0.54 - 85 0.80 Synchro Adjuster Soft Type (Standard accessory) -115 35 0.96 -150 1.15 M10 1/4 10.0 8.0 33 85 115 150 -110090- 35 35 0.53 - 85 0.79 -115 M14 1/4 11.0 9.0 34 85 0.95 -150 M14 115 1.14 0.53 -112090- 35 150 0.79 - 85 0.95 -115 35 1.14 -150 11.2 9.0 34 85 115 150 -120090- 35 35 30 0.52 - 85 85 0.78 -115 M16 3/8 12.0 9.0 34 115 -150 0.94 -125100- 35 150 1.13 - 85 -115 35 0.52 M16 3/8 12.5 10.0 35 85 0.77 115 0.93 -150 150 1.11 -140110- 35 0.51 35 0.76 - 85 0.92 -115 M18 14.0 11.0 36 85 1.10 -150 115 0.51 -140112- 35 M18, 0.76 - 85 M20 150 0.92 -115 M20 1/2 1.10 -150 35 0.51 -160120- 35 1.10 -150 14.0 11.2 36 85 115 150 16.0 12.0 37 35 150 1. Nuts are included, but wrench must be ordered separately. Mega Wrench A132 DIN Tap DIN 371 Machine tap with reinforced shank DIN 376 Machine tap with slender shank Caution A129 when selecting a tap. Refer to the precautionary notes on A131

TAPPER DUAL CONTACT MEGA SYNCHRO TAPPING HOLDER PAT. BBT/BT SHANK MGT Nut PAT. L A Model øD L Tap Holder øD MGN 6T 16 19 MGT 6-d- □ TAPPER Hex socket MGN12T 20 21 MGT12-d- □ MGN20T 30 24 MGT20-d- □ MGT Set Screw PAT. (high-strength) Model Hex socket L Body Model size ● Set screws for attaching the tap holder to the body. MGT 6SS 35 MGT 6 MGT12SS 4 40 MGT12 L MGT20SS 4 53 MGT20 5 Synchro Adjuster [Soft Type] (standard) Model øD L Tap Holder ● The special material is built into the tap holder and øD øD MGT 6SA-5P 9 11 MGT 6-d- □ provides excellent thrust load reduction. øD MGT12SA-5P 10 15 MGT12-d- □ MGT20SA-5P 14 24 MGT20-d- □ L 1. Sold as five-piece sets. [Multi type] 2. The Synchro Adjuster soft type is provided as an accessory with the standard ● This versatile product has a hardness in between soft and tap holder. hard types, and can be used with a wider variety of taps. Model øD L Tap Holder L MGT 6SAM 9 11 MGT 6-d- □ [Hard Type] MGT12SAM 10 15 MGT12-d- □ MGT20SAM 14 24 MGT20-d- □ ● For use when using an eccentric thread relief tap. 1. Sold individually. Refer to A129 \"Tap Types\" for details. L Model øD L Tap Holder MGT 6SAH 9 11 MGT 6-d- □ MGT12SAH 10 15 MGT12-d- □ MGT20SAH 14 24 MGT20-d- □ 1. Sold individually. O-ring Set ● Set of O-rings mounted on the tap holder. Set Model Nut outer diameter Tap Holder Large Small MGT 6OR ø16 MGT  6-d- □ MGT12OR ø20 MGT12-d- □ MGT20OR ø30 MGT20-d- □ Mega Wrench (Large x 2, Small x 1) L Nut Model ød L Model ød MGR16 16 90 MGN 6T MGR20L 20 160 MGN12T LOCK MGR30L 30 220 MGN20T A132

DUAL CONTACT TAPPER BBT/BT MEGA SYNCHRO TAPPING HOLDER PAT. SHANK M20 - M36 [Large Diameter Tap MGT36 PAT.] DUAL CONTACT A With a structure that smoothly tracks under high cutting torque of large Center through diameter tapping, it compensates for axial deviation due to synchronization R error, greatly reducing load during tapping. TAPPER ø94 BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. Body Tap Holder MGT36 Tap 125 BIG-PLUS Body weight (kg) BBT SHANK Model BBT50-MGT36-125 7.2 Tap Holder MGT36 (Optional) 1. MGT Set Screw is included. 2. Tap holder must be ordered separately. Cannot be used with machining center without synchronized tapping function. Large Diameter Tap Holder MGT36 PAT. ●For JIS Tap holder model Tap ℓ ød1 □d2 H øD L Weight Size (kg) MGT36-M20- 65 -150 M20 65 - 68 15 12 40 32 65 1.2 150 1.6 -M22 U7/8- 65 -150 M22,U7/8 71 - 74 17 13 44 34 65 1.3 150 1.7 -M24- 65 -150 M24 74 - 77 19 15 46 39 65 1.4 M27,U1 150 2.0 -M27 U1- 65 80 - 83(M27) -150 M30 75 - 78(U1) 20 15 50 40 65 1.4 150 2.1 -M30- 65 83 - 86 Synchro Adjuster -150 23 17 52 43 65 1.5 (Standard accessory) 150 2.3 -M33- 65 L -150 M33 88 - 91 25 19 57 49 65 1.6 H 150 2.7 -M36- 65 -150 M36 94 - 97 28 21 61 52 65 1.6 150 2.9 -P1/2- 65 -150 P1/2 38 - 41 18 14 42 35 65 1.3 150 1.8 □d2 -P3/4- 65 ød1 -150 P3/4 38 - 41 23 17 47 43 65 1.5 øD 150 2.3 -P1  - 65 -150 P1 49 - 52 26 21 46 50 65 1.7 150 2.8 1. Tap projection length ℓ is a reference figure in accordance with JIS standards. 2. Adjusting Screw is included. ●For DIN Tap size ød1 □d2 H øD L Weight (kg) Tap holder model DIN376 DIN353 MGT36-180145-65 M22,24 P5/8 18 14.5 45 38 1.4 -200160-65 M27 P3/4 20 16 51 40 1.4 -220180-65 M30 P7/8 22 18 53 42 65 1.5 -250200-65 M33 P1 25 20 58 49 1.6 -280220-65 M36 28 22 62 52 1.6 1. Adjusting Screw is included. A133

TAPPER DUAL CONTACT MEGA SYNCHRO TAPPING HOLDER PAT. BBT/BT SHANK MGT Set Screw PAT. (high-strength) Synchro Adjuster (special material) A · Set screws for attaching · Synchro Adjuster made of special TAPPER the tap holder to the body. material built into the tap holder. Model MGT36SS Model MGT36SA-5P 1. Sold as five-piece sets. Adjusting Screw O-ring Set · Adjusting screw for the projection · Set of O-rings mounted on length of the tap. the tap holder. (Adjustment amount: 3mm) Model MGT36OR Model MGT36AJ Side Lock Bolt Set Set Model Tap Holder Model  Bolt size MGT36SL 6 M6x  8L (4 pcs) MGT36-M20-□ MGT36SL 8 -M22 U7/8-□ + -P1/2-□ M6x10L (2 pcs) MGT36SL10 -M24-□ -M27 U1-□ M8x10L (4 pcs) -M30-□ + -P3/4-□ -M33-□ M8x12L (2 pcs) -M36-□ -P1  -□ M10x12L (4 pcs) + M10x14L (2 pcs) A134

DUAL CONTACT TAPPER BBT/BT MEGA SYNCHRO TAPPING HOLDER SHANK [Small Diameter Tap MGT3 PAT.] M1 - M3 DUAL CONTACT A Stable small diameter tapping is achieved by the synchronization error R compensation mechanism and minimized dynamic runout. TAPPER BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. Micro Collet Tap Body BIG-PLUS Tapping øD L L1 L2 Weight L Micro Collet range d (kg) L1 NBC4S-□ BBT SHANK Model L2 BBT30-MGT3-70 M1 - M3 20 70 46 22 0.49 øD BBT40-MGT3-90 90 61 1.2 ø12 1. Nut is included. Wrench and collet must be ordered separately. 12 2. When attaching or detaching the tap, a commercially available flat wrench (12mm width) is also required. Prepare this on your own. · Cannot be used with machining center without synchronized tapping function. · Cannot be used with center through. Mega Wrench Micro Collet 22.5 ● Collet accuracy Collet class Runout accuracy ø7.4 ød Nose 4D ød AA Within 1μm Within 3μm Model MGR12 Tapping range Tap shank Nose Tip Metric Unify diameter Model 4d ød 1. When attaching or detaching the NBC4S - 3.0AA M1 - M2.6 No.0 - 4 3 tap, a commercially available flat wrench (12mm width) is also NBC4S - 4.0AA M3 No.5, 6 4 required. Prepare this on your own. A135

TAPPER DUAL CONTACT SYNCHRONIZED TAP HOLDER BBT/BT SHANK SYNCHRONIZED TAP HOLDER STC M2 - M30 A ● Tap Collet type enables quick tap change. Flexible tool layout in combination with the CK Shanks. øD1 øD CK BORING SYSTEM TAPPERSYNCHRONIZED TAP COLLET TAP HOLDER OIL HOLE TAP COLLET ⿟⿟Model Description CK SHANK Extension CKB2 - STC 8 - 47.5 Reduction BBT/BT Tapping range DV/IV HSK SYNCHRONIZED BIG CAPTO TAP HOLDER CK No. Model Tapping range CK No.  øD øD1 L L1 Weight Tap Collet (kg) 30.5 L L1 Tap Collet CKB2-STC 8-47.5 M  2 - M  4 CK2 25.5 15.8 36 17 0.10 TC 8-d (Optional) M  5 - M  8 19 47 54 CKB3-STC12-66 M  3 - M12 CK3 32 22 30 0.18 TC12-d CKB4-STC20-72 M  7 - M12 CK4 44 22 25 0.42 TC20-d M14 - M20 31 CKB5-STC30-92 M20 - M30 CK5 55 41 38 0.72 TC30-d CK No. 1. Tap collet must be ordered separately. Holders A75 2. Cannot be used with machining center without synchronized tapping function. 3. The L1 dimension is 5mm longer with oil hole tap collets. Tap Collet TC Type [Optional accessory] Tap Collets A141 Oil Hole Tap Collets A142 A136

DUAL CONTACT TAPPER BBT/BT SYNCHRONIZED TAP HOLDER SHANK A STD52 M39 - M52 L ● M39 to M52 large-diameter SYNCHRONIZED TAP HOLDER. L2 L1 TAPPER A B øDS øD Model    øDS øD L L1 L2 A B Tap size ST42-STD52-M39 M39 -M42 ⿟⿟Model Description -M45 63 173 73 M42 ST42 - STD 52 - M39 -M48 -M52 42 100 15 36 M45 Tap size Class number 70 178 78 M48 SYNCHRONIZED TAP HOLDER M52 Shank diameter 1. Tap chucking dimensions are designed suitable for shank Ordering example for T52 wrench diameters and square sizes of the JIS standard taps. Nut OD øD = 63 Hook wrench DT52 (for ø60) 70 Hook wrench DT52 (for ø70) 2. Please contact us regarding sizes other than the above. 3. T52 wrench is not included. Please order separately. (The same wrench used for the tap holder for the DT52 Drill Tapper.) A137

TAPPER DUAL CONTACT TAPPER SERIES BBT/BT SHANK ■ Table of tap compatibility (JIS Standard) Tap dimensions Tap type Tapper A M/C DRILL TAPPER MEGA SYNCHRO Shank diameter Square size Metric Unify Pipe AUTO TAPPER SYNCHRONIZED TAP HOLDER  3  2.5 M1 - M1.8 No.0,1,2 MGT3 TAPPER MGT6  3  2.5 M2 - M2.6 No.3,4  4  3.2 M3, M3.5 No.5,6  5  4 M4, M4.5 No.8 STC8 STC12  5.5  4.5 M5 No.10,12 B80 B120  6  4.5 M6 U1/4 E12  6.1  5 U5/16 MGT12  6.2  5 M7, M8  7  5.5 M9, M10 U3/8  8  6 M11 U7/16 P1/8  8.5  6.5 M12  9  7 U1/2 B200 STC20 E24 10.5  8 M14 U9/16 MGT20 11  9 P1/4 12  9 U5/8 12.5 10 M16 14 11 M18 U3/4 P3/8 15 12 M20 17 13 M22 U7/8 MGT36 STC30 18 14 P1/2 B300 E36 19 15 M24 P5/8 20 15 M27 U1 P3/4 22 17 U11/8 P7/8 23 17 M30 24 19 U11/4 25 19 M33 26 21 U13/8 P1 DT52 28 21 M36 U11/2 P11/8 STD52 30 23 M39 U13/4 32 26 M42 P11/4 35 26 M45 U2 38 29 M48 P11/2 40 32 42 32 M52 P13/4 1. BIG tapping head products are designed suitable for industry standard taps such as JIS. 3. Even with the taps out of standard, tapping attachments are compatible as far as Some taps are produced based on manufacturers' standard. Be aware of this when both the shank diameter and the square size are identical. selecting tools. (When using a pipe tap, the use of an exclusive Tap Collet is recommended.) 2. See each product page for the standard dimensions. A138

DUAL CONTACT TAPPER BBT/BT AUTO TAPPER SERIES SHANK M3 - M30 A AUTO TAPPER B DUAL CONTACT Automatic depth control Simple and compact tapper with automatic depth control. R ● Reduces variation of tap depth to ±0.15mm, making it ideal for pipe tapping and blind hole tapping. ● Best-selling auto tapper series with a simple structure and affordable prices. TAPPER øD øD1 d L L1 Tap Collet (Optional) ⿟⿟Model Description Compression F1 F2 Tension (forward) BBT30 - AUTO-B 80 - 125 F3 Tension (reverse) L dimension Tapping range AUTO TAPPER B BIG-PLUS BT No. BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS Tapping range d øD øD1 L L1 F1 F2 F3 Tap Collet Weight (kg) BBT SHANK Model M  3 - M  8 5 M  3 - M12 30 25.5 125 17 6 5 10.5 TC 8-d   0.8 BBT30-AUTO-B 80-125 M  3 - M  8 5 6 12.5 TC12-d 1.0 -AUTO-B120-150 M  3 - M12 35 32 150 30 6 5 10.5 TC 8-d 1.4 M  7 - M20 6.5 6 12.5 TC12-d 1.6 BBT40-AUTO-B 80-130 M20 - M30 30 25.5 130 17 7.5 6.5 13 TC20-d 2.3 -AUTO-B120-155 M  3 - M  8 5 7.5 14.5 TC30-d 3.2 -AUTO-B200-185 M  3 - M12 35 32 155 30 6 5 10.5 TC 8-d 4.2 -AUTO-B300-220 M  7 - M20 6.5 6 12.5 TC12-d 4.4 M20 - M30 48 44 185 25 7.5 6.5 13 TC20-d 5.1 BBT50-AUTO-B 80-140 7.5 14.5 TC30-d 6.0 -AUTO-B120-165 58 55 220 38 -AUTO-B200-195 -AUTO-B300-220 30 25.5 140 17 35 32 165 30 48 44 195 25 58 55 220 38 1. Tap Collet is not included. TC Tap Collet is ordered separately. Tap Collets A141 2. Cannot be used in left-hand thread tapping. 3. Be sure to include the approach amount (distance between the tap tip and workpiece) when programming the starting point of tapping. 4. F2 in the table is the tension amount until it reaches neutral. Be sure to perform test tapping when accurate tapping depth is required, as it may fluctuate slightly depending on the tap size and cutting conditions. A139

TAPPER DUAL CONTACT AUTO TAPPER SERIES BBT/BT SHANK Center through tooling Automatic Center through A depth control AUTO TAPPER B M3 - M30 øD BT SHANK Model Tapping øD øD1 L L1 Weight Tap øD1 range d (kg) Collet d TAPPER Not BIG-PLUS (DUAL CONTACT) specification BT40-TTB120-155 M  3 - M12 35 32 155 30 1.6 TC12 -TTB200-185 M  7 - M20 48 44 185 25 2.3 TC20 L -TTB300-220 M20 - M30 58 55 220 38 3.2 TC30 L1 M  3 - M12 35 32 165 30 4.4 TC12 BT50-TTB120-165 M  7 - M20 48 44 195 25 5.1 TC20 -TTB200-195 M20 - M30 58 55 220 38 6.0 TC30 -TTB300-220 Max.5MPa Tap Collet 1. Tap Collet is not included. Oil Hole Tap Collets A142 (Optional) 2. Cannot be used in left-hand thread tapping. Tap Collets A141 3. When using the depth control, be sure to include the approach amount for programming. 4. Compression is 3mm for all models. 5. The tension is the same as for AUTO TAPPER B. 6. Please contact us if higher pressure coolant than 5MPa is required. AUTO TAPPER R M3 - M20 DUAL CONTACT Tapper with built-in radial float mechanism that absorbs misalignment R Radial float with starting holes. Automatic depth control ● Ideal for die-cast workpieces or those with separately processed starting holes. ● The radial float amount of ±0.5mm not only prevents the tap from breaking due to misalignment, but also improves the thread accuracy. ⿟⿟Model Description R L BBT30 - AUTO-B 80 - 145 L1 Tap Collet (Optional) Type R øD L dimension d Tapping range øD1 AUTO TAPPER BIG-PLUS BT No. Compression F1 F2 Tension (forward) Radial float = ±0.5mm/ø F3 Tension (reverse) BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. BIG-PLUS Tapping range d øD øD1 L L1 F1 F2 F3 Tap Collet Weight (kg) BBT SHANK Model TC 8-d TC12-d 0.9 BBT30-AUTO-B 80-145R M3 - M  8 30 25.5 145 17 5 5 10.5 TC 8-d 1.2 TC12-d 1.5 -B120-170R M3 - M12 35 32 170 30 6 6 12.5 TC20-d 1.8 TC12-d 2.5 BBT40-AUTO-B 80-150R M3 - M  8 30 25.5 150 17 5 5 10.5 TC20-d 4.6 5.3 -B120-175R M3 - M12 35 32 175 30 6 6 12.5 -B200-205R M7 - M20 48 44 205 25 6.5 6.5 13 BBT50-AUTO-B120-185R M3 - M12 35 32 185 30 6 6 12.5 -B200-215R M7 - M20 48 44 215 25 6.5 6.5 13 1. Tap Collet is not included. Tap Collets A141 2. Cannot be used in left-hand thread tapping. 3. When using the depth control, be sure to include the following approach amount for programming. Tapper type Approach amount B 80-R 12mm B120-R 13mm B200-R 14mm 4. F2 in the table is the tension amount until it reaches neutral. Secure radial float function Radial float ±0.5mm The smooth radial float absorbs the misalignment when processing aluminum die-cast workpieces with existing starting holes or workpieces with separately processed starting holes, enabling stable tapping. A140

DUAL CONTACT TAPPER BBT/BT AUTO TAPPER SERIES SHANK A TAP COLLET TC (for Auto Tapper B / R and Synchronized Tap Holder STC) L H L1 ⿟⿟Model Description TC 8 - M2 Tap size Body size Tap Collet TAPPER ● TC Mate □d2 ød1 Convenient for d attaching and D removing Tap Collets TC Mate H4 Model Tapping range d ød1 □d2 HL L1 D Weight Tapper 21 17 (kg) STC8 Metric Unify Pipe 23 30 27 TC 8-M 2 M2 - M2.6 No.3,No.4 3 2.5 29 40.5 25 38 -M 3 M3 No.5,No.6 4 3.2 30 16 24 -M 4 M4 No.8 54 AUTO-B80 29 AUTO-B80-R -M 5 M5 No.10,No.12 — 5.5 4.5 0.05 -M 6 U1/4 M6 U1/4 6 19 STC8 -U5/16 — U5/16 6.1 -M 8 M 7,M 8 — 6.2 5 TC12-M 3 M3 No.5,No.6 4 3.2 -M 4 M4 No.8 54 -M 5 M5 No.10,No.12 — 5.5 4.5 -M 6 U1/4 M6 U1/4 6 AUTO-B120 -U5/16 — U5/16 6.1 AUTO-B120-R -M 8 M 7,M 8 — 6.2 5 30 55 22 0.1 TTB120 -M10 U3/8 M 9,M10 U3/8 7 5.5 STC12 -U7/16 P1/8 — U7/16 P1/8 8 6 31 32 -M12 M12 — — 8.5 6.5 -U1/2 — U1/2 97 TC20-M 8 M 7,M 8 — — 6.2 5 33 -M10 U3/8 M 9,M10 U3/8 7 5.5 -U7/16 P1/8 — U7/16 P1/8 8 6 22 -M12 M12 — 8.5 6.5 34 -U1/2 — U1/2 —9 7 35 AUTO-B200 -M14 U9/16 M14 U9/16 10.5 8 36 63 0.2 AUTO-B200-R 31 TTB200 -P1/4 — — P1/4 11 9 STC20 -U5/8 U5/8 12 37 -M16 M16 — — 12.5 10 38 31 -M18 U3/4 M18 U3/4 14 11 39 -P3/8 — — 15 12 -M20 P3/8 34 M20 — 40 TC30-M20 M20 — — 15 12 40 0.5 -M22 U7/8 M22 U7/8 17 13 41 41 0.4 -P1/2 — — P1/2 18 14 42 AUTO-B300 -M24 P5/8 M24 P5/8 19 15 47 TTB300 -M27 U1 M27 U1 20 43 83 STC30 -U1 1/8 — U1 1/8 — 22 17 -M30 P3/4 23 21 45 -P1 M30 — P3/4 26 — P1 Model symbol description M = Metric Thread U = Unify Thread P = Pipe Thread A141