BIG Daishowa tooling system en v13

["PERIPHERALS H H","PERIPHERALS TOOLING MATE \u00f8C Adapter Lock Screw Taper No. \u25a1W \u25cf For mounting and removal of PULLSTUD \u25a1P BOLTs and tools! \u25cf Exchangeable Adapter Taper No. \u00f8D H Special H resin 4-\u00f8M \u00f8D Model Taper No. \u00f8C \u00f8D H \u25a1 W \u25a1 P \u00f8M Weight Adapter (kg) Model TMS40-30 30 76 60 150 110 90 7 2.6 TMA40-30 -40 40 (for M6) 2.4 -40 TMS50-40 40 105 88 190 160 130 9 7.0 TMA50-40 -50 50 (for M8) 6.0 -50 1.\t One adapter is included with the body. 4. Adapter Lock Screw is also available separately. (Model RTM0615) 2.\t The weight does not include the adapter. 5. Cap bolts (4 pcs) for mounting on a workbench or surface plate 3.\t Adapters are also available separately. are not included. Caution: Use after securely bolting to a workbench or surface plate. [For HSK\/BIG CAPTO SHANK] HSK No. \u00f8C Adapter Lock BIG Screw \u25cf Unique needle roller clamping method. CAPTO No. The tool is safely fastened without damaging the taper. \u25a1W Adapter \u25a1P 4-\u00f8M Model HSK BIG CAPTO \u00f8C H \u25a1W \u25a1P \u00f8M Weight Adapter No. No. (kg) Model TMS40- 32R \u200732 C3\u203b 76 165 3.2 TMA40- 32R - 40R \u200740 C4\u203b - 50R \u200750 C5\u203b 76 165 110 90 7 3.0 - 40R - 63R \u200763 C6\u203b 76 165 (for M6) 2.7 - 50R \u200780 C8\u203b TMS50- 80R 100 87 172 2.7 - 63R -100R \u2014 114 215 160 130 9 7.1 TMA50- 80R 124 219 (for M8) 6.5 -100R 1.\t One adapter is included with the body.PERIPHERALS 2.\t The weight does not include the adapter. 3.\t Adapters are also available separately. 4.\t Adapter Lock Screw is also available separately. (Model: RTM0615) H 5.\t The body (blue component) is compatible with other Tooling Mates as far as the first 2 digits of the model number are identical. 6.\t \u200cOnly BIG genuine BIG CAPTO C3 - C8 shanks can be clamped. 7.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. Caution: Use after securely bolting to a workbench or surface plate. [Exclusive for HSK-A125 Shank] \u00f8170 Stroke 7 217 1.\t Exclusive for HSK-A125. \u00f8125 HSK-A125 2.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not 125 included. 25 Caution: U\u0007 se after securely bolting to a 28 workbench or surface plate. \u00f8215 \u00f8190 45\u00b0 4-M12 Bolt hole Model TMS-HSK-A125 H1","PERIPHERALS TOOLING MATE UNIVERSAL For TMU50 base body \u25cf With flexible positions of vertical, horizontal and diagonal, Replaceable tool setup time is drastically reduced. HSK-A100 Adapter BBT(BT)50 Adapter L1 By replacing with another adapter (optional), different shank types become available as long as the base body is compatible H with the adapter. W L2 Mounting bolt hole (x4) Shank The TMU40 shape is When mounting on a workbench, fix at a location without interference with \u00f8P shown at right. the pullstud bolt. \u00f8D Workbench Model Shank L1 L2 \u00f8D HW Mounting Bolt Hole Weight Adapter Model 135 69 \u00f8P Size (kg) TMU40-40 BT40 , BBT40 232 105 98 185 89 80 M8 TMUA40-40 -HSK 63 HSK-A63 6.9 -HSK63 114 M10 6.8 TMU50-50 BT50 , BBT50 340 150 140 19.7 TMUA50-50 -HSK100 HSK-A100 19.1 -HSK100 1.\t One adapter is included with the body. 2.\t The weight does not include the adapter. 3.\t Adapter is also available separately. 4.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. The max. acceptable length of the bolt is 50mm for TMU50. Caution: Use after securely bolting to a workbench or surface plate. \u00b190\u00b0 tilt Solidly fixable at every 45\u00b0 360\u00b0 rotation Ideal for replacing inserts The holder can be securely fixed at inclinations of every 45\u00b0. Mounting is easy and fast, as inserts can H Work high in loads such as tightening pullstud bolts can be securely performed. be replaced while rotating the holder 360\u00b0. (indexable at every 45\u00b0) PERIPHERALS 0\u00b0 \u00b145\u00b0 \u00b190\u00b0 H2","PERIPHERALS Tightening Fixture for Collet Chucks with Torque Indicator TORQUE FIT Get your collet chuck tightening right! \u25cf Notification by buzzer near the correct torque value. \u25cf Torque values of all the -made collet chucks are preset. [Body] Adapter (Optional) \u00f8105 Adapter (Optional) \u25a195 \u00f875 4-M8 Bolt Hole Adapter Lock Screw 167 172 100 \u00f8155 \u00f8155 79 Fig.1 Fig.2 Collet Chuck For BBT \/ BT (adapter sold separately) exclusive Model Fig. Taper No. Compatible adapter model H TF-40 1 30 TMA40-30 H3 TF-50 2 40 -40 40 50 TMA50-40 -50 1.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. For HSK \/ BIG CAPTO (adapter sold separately) Model Fig. HSK No. BIG CAPTO No. Compatible adapter model TF-40 TF-50 32 C3\u203b TMA40- 32R 40 C4\u203b - 40R 1 50 C5\u203b - 50R C6\u203b - 63R 63 C8\u203b - 80R 80 -100R 2 100 - 1.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. 2.\t BIG genuine BIG CAPTO C3 - C8 shanks only can be clamped. \u25cfExample Adapter Model TMA40-30 Adapter is sold separately. Please order together with the model. Torque Fit Model TF-40 PERIPHERALS Caution \u25cf Use only after turning on the power supply, since use without power can lead to malfunctions. \u25cf Use after securely \ufb01xing to a workbench or surface plate. \u25cf Dedicated for Collet Chuck use, so cannot be used with Milling Chucks, etc. Compatible holders are the BIG-made \\\"MEGA MICRO CHUCK\\\", \\\"MEGA NEW BABY CHUCK\\\", \\\"MEGA E CHUCK\\\", \\\"NEW BABY CHUCK\\\" and \\\"MEGA SYNCHRO TAPPING HOLDER\\\". Main Specifications 4 - 80N\u00b7m 0.01N\u00b7m at 10N\u00b7m or less Torque setting range 0.1N\u00b7m at 10N\u00b7m or more Minimum read value Chuck model Chuck size Torque value Setting torque Bar graph Display Setting display screen Peak hold Buzzer Error Torque value display screen Peak hold LED Buzzer Basic functions Error display 100 - 240V Power supply 0 - 40\u00b0 with no condensation Ambient operating temperature Adapter Lock Screw AC Adapter 8 (For both TF-40 and TF-50) Standard accessory Weight (kg)","PERIPHERALS For HSK\/BIG CAPTO SHANK KOMBI GRIP \u25cf A unique clamping method using 2-way clutch needle rollers on the flange periphery. The tool can be safely fastened without damaging the taper. Model HSK BIG CAPTO \u00f8C \u00f8D H \u00f8P \u00f8M No. No. 7 KG 25R \u200725 \u2014 \u200748 \u200779 \u200765 \u200762 (for 32R \u200732 C3\u203b \u200755 \u200785 \u200769 M6) 40R \u200740 C4\u203b \u200763 \u200793 9 50R \u200750 C5\u203b \u200775 105 \u200770 \u200777 (for 63R \u200763 C6\u203b \u200788 123.5 \u200789 M8) 80R \u200780 C8\u203b 107 142 HSK No. 100 \u2014 127 162 \u200775 105.5 BIG 100R CAPTO No. \u00f8C \u200790 124 4-\u00f8M 100 144 \u00f8P 1.\t BIG genuine BIG CAPTO C3 - C8 shanks only can be clamped. 2.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. Caution: Use after securely bolting to a workbench or surface plate. H \u00f8D 90 164 \u00f820 \u00f825 \u00f832 40 For ST SHANK 40 Advice ST LOCK Also available for holders with small size interfaces including HSK-E25 and \u25cf Fixes cylindrical shank tools, ideal for tightening nuts. 32. \u25cf Supports cylindrical shank diameters of \u00f820, \u00f825, and \u00f832. 1.\t One sleeve each of \u00f820, \u00f825, and \u00f832 Cylindrical Shank is included. exclusive 2.\t Do not clamp without a tool. Sleeve 3.\t Cap bolts (4 pcs) for mounting on a \u00f888 4-\u00f87 (for M6) workbench or surface plate are not included. Model STL40 Caution: Use after securely bolting to a workbench or surface plate. H Tap Collet fastening jig \u00f8105 Adapter Lock [Adapter] PERIPHERALS Screw TC12 TC MATE TC20 TC30 \u25cf Easy tap mounting and removal for Tap Collets TC8, TC12, TC20, and TC30! Adapter \u00f888 190 TC8 Model TCM50 Model TCA50 1.\t One adapter is included with the body. Exchangeable with existing 2.\t Adapter is also available separately. 3.\t Adapter Lock Screw is also available separately. adapter of your TMS50 Tooling Mate. (Model: RTM0615) 4.\t The body (blue component) is compatible with other Tooling Mates as long as the first 2 digits of the model number are identical. 5.\t Cap bolts (4 pcs) for mounting on a workbench or surface plate are not included. Caution: Use after securely bolting to a workbench or surface plate. H4","PERIPHERALS <For holder bores> Cleaning tool Ideal for small-diameter bores! Insert and extract the cleaner \u03b1 WIPER CLEANER (for chuck bore: \u00f83 - \u00f812) to remove inner chips, particles and oil. \u25cf Developed for cleaning the clamping bores such as hydraulic chucks and shrink fit holders. Use a cleaner matching the chuck bore size. Inn\u00f8e3r adniadmuepter Model \u00f8D L AWC3 - 4 AWC 3 3 7 L Cleaning strips AWC 4 4 20 AWC 5 5 26 AWC5 - 6\u00f8D AWC7 - 12 Cleaning strips AWC 6 6 31 L \u00f8D \u00f8D L AWC 7 7 AWC 8 8 Cleaning strips AWC 9 9 AWC10 10 AWC11 11 AWC12 12 1. \u00f8D in table = supported holder bore \u00f8d TK CLEANER (For chuck bores: \u00f813 - \u00f842) For MEGA DOUBLE POWER CHUCK\/ NEW Hi-POWER MILLING CHUCK\/HYDRAULIC CHUCK \u25cf Wipes off particles and oil in chuck bore and keeps your machining safe and secure. Model Supported L Number of TKC13 holder bore L1 cleaning L L1 \u00f8d strips 13 14 14 60 15 15 106 2 16 16 18 18 70 20 20 25 25 80 3 32 32 100 40 40 105 121 4 42 42 \u203b Select in accordance with the chuck bore H Turn PERIPHERALS When the lever is pressed out, the When the lever is released, spring Rotate the grip to wipe away oil and upper part slides and the diameter is action automatically causes the particles. reduced, allowing it to \ufb01t smoothly cleaning strips to contact the bore. into the holder bore. Automatic cleaning tools, convenient for factory automation. FLANGE FACE CLEANER For spindle \ufb02ange face Automatically cleans the spindle \ufb02ange face of BIG-PLUS machines. Enables stabler DUAL CONTACT machining. For details, A177 H5","<For holder bores> Cleaning tool PERIPHERALS \u03b1 TAPER CLEANER Turn \u25cf Removes oil and particles from the chuck bore taper. For MEGA MICRO For MEGA NEW BABY CHUCK\/ For MEGA E CHUCK CHUCK NEW BABY CHUCK Model Body Model Model Body Model Model Body Model SC-NBC3S MEGA3S SC-NBC 6 MEGA 6N \/ NBS 6 SC-MEC 6 MEGA 6E SC-NBC4S MEGA4S SC-NBC 8 MEGA 8N \/ NBS 8 SC-MEC 8 MEGA 8E SC-NBC6S MEGA6S SC-NBC10 MEGA10N \/ NBS10 SC-MEC10 MEGA10E SC-NBC8S MEGA8S SC-NBC13 MEGA13N \/ NBS13 SC-MEC13 MEGA13E SC-NBC16 MEGA16N \/ NBS16 SC-NBC20 MEGA20N \/ NBS20 For ER CHUCK Model Body Model SC-MER11 MEGA ER11 SC-MER16 MEGA ER16 SC-MER20 MEGA ER20 SC-MER25 MEGA ER25 SC-MER32 MEGA ER32 H PERIPHERALS H6","PERIPHERALS <For holder tapers \/ For jet through> Cleaning tool \u03b1 TOOLING CLEANER \u25cf The taper and flange face are cleaned simultaneously. Turn Strips for taper Strips for \ufb02ange face Model Shank SCE-30 BBT30 \/ BT30 SCE-40 BBT40 \/ BT40 Automatic cleaning tools, convenient for factory automation. FLANGE FACE CLEANER For spindle \ufb02ange face Automatically cleans the spindle \ufb02ange face of BIG-PLUS machines. Enables stabler DUAL CONTACT machining. For details, A177 <For machine spindle and flange face> Cleaning tool BIG CAPTO SPINDLE CLEANER \u25cf Cleans both internal taper and flange face of the machine spindle simultaneously with simple inserting and rotating motions. Cleaning strips Model SC-C3 -C4 H -C5 -C6 -C8 PERIPHERALS H7","PERIPHERALS SPINDLE CLEANER \u25cf Completely removes oil and particles from machine spindle and holder bore! \u25a0 For ISO Taper Spindle Model Taper SC20 BBT\/BT20 (NT20) SC30 BBT\/BT30 (NT30) SC40 BBT\/BT40 (NT40) SC45 BBT\/BT45 (NT45) SC50 BBT\/BT50 (NT50) \u25a0 For Morse Taper Spindle Model Taper \u25a0 For HSK Spindle SC1 MT1 SC2 MT2 SC3 MT3 SC4 MT4 SC5 MT5 SC6 MT6 1. Also available for the bore of Morse taper holders. \u25cfA Type Spindle \u25cfE Type Spindle HSK-E 25 Model HSK-A 32 Model HSK-E 32 HSK-A 40 SC-HSK25E HSK-E 40 SC-HSK 32 HSK-A 50 HSK-E 50 40 HSK-A 63 32E 50 HSK-A 80 40E Spindle 63 HSK-A100 50E HSK-F 63 80 HSK-A125 \u25cfF Type 100 125 Model SC-HSK63F H PERIPHERALS H8","PERIPHERALS T-SLOT CLEAN Set in the T-slot on machine tables to prevent chips from being packed. \u25cf Flattens surface of the table and aids quick removal of chips. \u25cf Three sizes of groove widths are available to match the machine table. (T-slot widths 14\/18\/22mm) \u25a0 Before use \u25a0 After use Setup time greatly reduced Removal pin included Other manufacturers Ideal tension Due to the uniquely angled shape of the table T-slot contact part, slipout is prevented and chips are completely shut out. W 1,000\/400\/100 \u203b Cut for use, for dimensions not listed above. Standard set 400mm set Set Model W Table groove width Set contents Set Model W Table groove width Set contents tolerance (H12) tolerance (H12) TS14-S 14 +0.18 400mm x 4 pcs TS14-400L-100P 14 +0.18 0 100mm x 4 pcs TS18-400L-100P 18 0 TS18-S 18 Removal pin x 1 pc 400mm x 100 pcs TS22-S 22 +0.21 TS22-400L-100P 22 +0.21 Removal pin x 10 pcs 0 0 H PERIPHERALS Ideal for T-slots in large machines! 1,000mm set Set Model W Table groove width Set contents TS18-1000L-10P tolerance (H12) TS22-1000L-10P 1,000mm x 10 pcs 18 +0.18 Removal pin x 1 pc 0 22 +0.21 0 H9","PERIPHERALS CHIP BLOWER PAT.P Center through \u25cf T\u200c\u0007 he wing's wind pressure removes cutting chips and coolant from workpieces, work tables and clamping devices. Removes all materials of chips, such as steel, stainless steel and aluminum. First, Next, When using a chip blower... The cylindrical shank diameter of the chip blower is \u00f820. Use a Features P13 or NEW BABY CHUCK NEW Hi-POWER MILLING CHUCK High-pressure washing with center through Cleans workpieces and jigs through the wind pressure of the wing Features P15 for holding. \u25a0 \u00f8160 Type Model ST20S-CBL160 65 500min-1 1,000min-1 2,000min-1 80 Startup Spindle Speed \u203b1 (0.5sec) \u2192 (0.5sec) \u2192 (0.5sec) \u2192 \u00f820 \u00f820 Recommended Spindle Speed Min.6,000 - Max.9,000min-1 65 Rotation Direction Forward 65 100 - 150mm Distance to the Workpiece Surface to be Cleaned PERIPHERALS(with wing opened to maximum) Flange diameter: \u00f866 160 Recommended Movement Feed 3,000 - 10,000mm\/min Weight 0.27kg \u203b The wing may open during ATC when it is used with an ultra-high speed ATC machining center. \u25a0 \u00f8260 \u00f8330 Type 65 116350(C(CBBLL323600) ) 260(CBL260) 330(CBL330) Flange diameter: \u00f866 Model ST20S-CBL260 ST20S-CBL330 Startup Spindle Speed \u203b1 50(00.5mseicn) -1\u2192 1,000min-1 \u2192 2,0(00.50smeci)n-1\u2192 H (0.5sec) Recommended Spindle Speed Min.4,000 - Max.7,000min-1 Min.3,000 - Max.6,000min-1 Rotation Direction Forward Distance to the Workpiece Surface to be Cleaned 100 - 150mm (with wing opened to maximum) Recommended Movement Feed 3,000 - 10,000mm\/min Weight 0.29kg 0.30kg Caution \u203b The wing may open during ATC when it is used with an ultra-high speed ATC machining center. \u25cf Startup Spindle Speed \u203b1 \u25cf Never modify this product in any way. In recent high-speed machining centers, the machine spindle rotation rise has become faster. \u25cf The dedicated spring must be replaced after about 20,000 use cycles. A sudden command for spindle speed may create a strong impact on the Send back the unit for replacement through your supplier. wing as it opens; therefore, be sure to rotate it at the startup speed in the table above before raising it to the designated spindle speed. \u25cf Although the wing is made of high-strength carbon \ufb01ber reinforced resin, it may be worn out or damaged due to the collision of cutting chips or impact \u25cf The spindle speed and the distance to the workpiece surface in the when opening\/closing. above table differ depending on the weight of the cutting chips. Be sure If wear and damage progress, the wing may snap and \ufb02y out during use. to con\ufb01rm before use. Be sure to periodically check the damage of the wing visually and replace it as needed. \u25cf The wing may open during ATC when it is used with an ultra-high speed Send back the unit for replacement through your supplier. Individual wings are ATC machining center. not available for sale. \u25cf When supplying coolant with center through, be sure to stop the spindle rotation \ufb01rst. \u25cf This product must be used only with a machine with a full cover. H10","PERIPHERALS Tooling block Block case TOOLING WAGON 951 \u25cf Tools with various types and sizes of shank can be stored. 674 760 940 NC TOOLING WAGON Model Weight (kg) Remarks 180 TW-1 43.8 With 3 block case sets (30 tooling blocks) \u25a0 Block case (Optional) Remarks Model TW-B With 10 tooling blocks Number of tools storable BT DV NT HSK-A HSK-E HSK-F BIG CAPTO Per row Per 3 rows (1 unit) TW-B TW-1 HSK-A125 5 pcs 15 pcs HSK-A100 6 pcs 18 pcs BT50 DV50 NT50 HSK-F100 7 pcs 21 pcs BT45 DV45 NT45 HSK-A 80 C8 14 pcs 42 pcs HSK-A 63 HSK-F 80 C6 16 pcs 48 pcs H BT40 DV40 NT40 HSK-A 50 HSK-E 50 HSK-F 63 C5 BT35 DV35 NT35 HSK-F 50 18 pcs 54 pcs PERIPHERALS BT30 DV30 NT30 HSK-A 40 HSK-E 40 HSK-F 40 C4 27 pcs 81 pcs H11","MEASURING TOOLS SENSORS I I","Touch Probe & Edge Finder POINT MASTER PRO The 3-dimensional touch sensor that detects touch-position instantaneously. PMPC Series With battery alarm function All For all Notifies workpieces and \u25cf Instantaneously detects reference points even on machine tools via LED non-conductive workpieces and machines! All Supported LED \u25cf Notification of touchpoint with LED and beep. Notifies LED flashes via buzzer to indicate that battery life is low Buzzer Battery Alarm Cylindrical Shank Type L1 L Buzzer 28 Weight (kg) Z Over-travel \u00f84 \u00f8D Model \u00f8Dh7 L L1 \u00f835 PMPC-20 20 100 50 0.5 XY Over-travel PMPC-32 32 90 60 0.7 LED (3 locations) 1.\t ST28-4R stylus is included. Stylus replacements I4 BBT Shank Type (BIG-PLUS) DUAL CONTACT L L1 R Buzzer 28 Z Over-travel BIG-PLUS (BBT Shank) tools can be used on both \u00f84 BIG-PLUS spindles and conventional BT spindles. BBT No. \u00f846 Fig. 1 \u00f835 Weight BBT No. XY (kg) Over-travel Model Fig. L L1 LED (3 locations) BBT30-PMPC-115 1 115 63 0.8 BBT40-PMPC-120 2 120 93 1.3 L 1.\t ST28-4R stylus is included. Stylus replacements I4 L1 28 Buzzer Z Over-travel \u00f84 \u00f835 XY Over-travel LED (3 locations) Fig. 2 I MEASURING TOOLS Main Specifications Repeatability \u00b11\u03bcm (2\u03c3) PMPC-20, 32 280 continuous hours BBT40-PMPC-120 260 continuous hours Over-travel XY \u00b112mm Z 5mm Battery life BBT30-PMPC-115 Measuring pressure XY 0.4N Z 1.5N J Battery PMPC-20, 32 LR1 x 2P 1. The specifications above are values when ST28-4R stylus is used. BBT40-PMPC-120 2. Repeatability is affected by stylus length. 3. There is a delay of approx. 5\u03bcm in XY direction and 2\u03bcm in Z direction when the BBT30-PMPC-115 CR2 x 1 stylus contacts the workpiece measuring surface to illuminate the LED. I1","Touch Probe & Edge Finder POINT MASTER PRO PMP Series All For all Notifies via LED workpieces and \u25cf Instantaneously detects reference points even on non-conductive workpieces and machines! All Supported machine tools LED \u25cf Ideal for high-speed machining centers with ceramic bearings. Cylindrical Shank Type L1 L 28 Model \u00f8Dh7 \u00f8D1 L L1 Weight Z Over-travel (kg) \u00f84 \u00f8D PMP-10 10 35 75 49 0.4 \u00f8D1 \u00f835 PMP-20 20 37 90 50 0.5 PMP-32 32 80 60 0.6 XY Over-travel LED (3 locations) 1.\t ST28-4R stylus is included. \u203b PMP-10 has LED in 1 location only. Stylus replacements I4 BBT Shank Type DUAL CONTACT L L1 BIG-PLUS (BBT Shank) tools can be used on both LED 28 BIG-PLUS spindles and conventional BT spindles. HSK-A63 Shank Type R (3 locations) Z Over-travel \u00f84 Weight (DIN 69893-1) (ISO 12164) \u00f8D1 Model \u00f8D1 L L1 (kg) \u00f835 Over-travel BBT30-PMP-115 46 115 63 0.8 XY BBT40-PMP-120 37 120 60 1.3 BBT50-PMP-150 37 150 60 3.8 1.\tST28-4R stylus is included. Stylus replacements I4 HSK-A63 130 65 LED (3 locations) 28 Z Over-travel Model Weight \u00f849 \u00f84 (kg) \u00f835 HSK-A63-PMP-130 1.3 XY Over-travel 1.\t ST28-4R stylus is included.\u0003 Stylus replacements I4 HSK-E32 Shank Type 120 85 (DIN 69893-5) LED (1 location) 28 HSK-E32 Z Over-travel \u00f835 \u00f84 XY Weight Model (kg) I HSK-E32-PMP-120 J 0.5 Over-travel 1.\t ST28-4R stylus is included. MEASURING TOOLS Stylus replacements I4 Main Specifications Repeatability \u00b11\u03bcm (2\u03c3) Z 5mm PMP-10 180 continuous hours Over-travel XY \u00b112mm Z 1.5N PMP-20, 32 500 continuous hours Measuring pressure XY 0.4N BBT40-PMP-120 900 continuous hours PMP-10 Panasonic lithium battery Battery life HSK-A63-PMP-130 90 continuous hours BR435 x 1P BBT30-PMP-115 Battery PMP-20, 32 LR1 x 2P 600 continuous hours BBT40-PMP-120 HSK-E32-PMP-120 CR2 x 1 BBT50-PMP-150 HSK-A63-PMP-130 SR44 x 2P BBT30-PMP-115 LR03 x 2P 1. The specifications above are values when ST28-4R stylus is used. 2. Repeatability is affected by stylus length. HSK-E32-PMP-120 3. There is a delay of approx. 5\u03bcm in XY direction and 2\u03bcm in Z direction when the BBT50-PMP-150 stylus contacts the workpiece measuring surface to illuminate the LED. I2","Touch Probe & Edge Finder POINT MASTER PMC Series LIVE For use with Notifies conductive LED via LED \u25cf Instantaneous detection with LED and beep. workpieces and \u25cf LED flashes to notify low battery life while measuring Conductivity machine tools workpieces. Notifies LED flashes to indicate Buzzer via buzzer Battery Alarm that battery life is low Cylindrical Shank Type L1 L Buzzer 38 Model \u00f8Dh7 L L1 Battery Weight LED (3 locations) Z Over-travel 50 (kg) \u00f86 \u00f8D PMC-20 \u00f829 -20S 20 110 LR1 x 2 0.4 \u00f86 XY Over-travel -32 32 102 58 LR1 x 2 0.6 -32S 1. ST38-6P stylus is included. Models with an S at the end of the 6 model number include \u00f86 cylindrical ST38-6X6 stylus. 2. Cannot be used with non-conductive workpieces and machines with ceramic bearings. Use POINT MASTER PRO. Replaceable stylus I4 DUAL CONTACT BT\/BBT Shank Type BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. I BIG-PLUS BBT Shank Type R Model L Battery Weight (kg) L BBT Buzzer 69 BBT40-PMC-130 130 LR1 x 2 1.2 BT No. 38 -PMC-130S 160 LR03 x 2 4.0 Z Over-travel BBT50-PMC-160 \u00f86 -PMC-160S MEASURING TOOLS Over-travel 1. ST38-6P stylus is included. Models with an S at the end of the \u00f829 model number include \u00f86 cylindrical ST38-6X6 stylus. \u00f86 XY 2. Cannot be used with non-conductive workpieces and machines with ceramic bearings. Use POINT MASTER PRO. LED (3 locations) 6 Model L Battery Weight (kg) BT40-PMC-130 130 LR1 x 2 1.2 -PMC-130S 160 LR03 x 2 4.0 BT50-PMC-160 -PMC-160S 1. ST38-6P stylus is included. Models with an S at the end of the model number include \u00f86 cylindrical ST38-6X6 stylus. Replaceable stylus I4 J Caution Main Specifications \u00b11\u03bcm (2\u03c3) Probe repeatability Pullstud bolts with a center through hole cannot be Over-travel XY \u00b112mm Z 5mm used. Contact us if a center-through specification Measuring pressure machine requires a PULLSTUD BOLT with a hole due XY 0.6N Z 2.7N to the coolant nozzle. Battery life PMC-20, 20S, 32, 32S 300 continuous hours BBT(BT)40-PMC-130, 130S BBT(BT)50-PMC-160, 160S 380 continuous hours 1. The specifications above are values when the standard accessory stylus is used. I3","Touch Probe & Edge Finder POINT MASTER PMG Series LIVE For use with Notifies conductive LED via LED \u25cf Instantaneous detection with LED. Conductivity workpieces and machine tools Cylindrical Shank Type L1 L 38 Model \u00f8Dh7 L L1 Battery Weight Z Over-travel (kg) \u00f86 \u00f8D PMG-10 Panasonic lithium \u00f829 -10S 10 75 50 BR435 x 1 0.2 XY -20 20 90 50 LR1 x 2 0.3 Over-travel -20S LED (3 locations) \u00f86 -32 6 -32S 32 80 60 LR1 x 2 0.5 \u203b PMG-10 and PMG-10S have LED in 1 location only. 1. ST38-6P stylus is included. Models with an S at the end of the model number include \u00f86 cylindrical ST38-6X6 stylus. Morse Taper Type L 38 MT No. Z Over-travel\u00f829 Model MT No. L Battery Weight LED (1 location) \u00f86XY (kg) Over-travel PMG-MT2 MT2 80 Panasonic lithium 0.2 \u00f86 -MT2S BR435 x 1 6 1. LED in 1 location only. 2. ST38-6P stylus is included. Model with an S at the end of the model number includes \u00f86 cylindrical ST38-6X6 stylus. Main Specifications Probe repeatability \u00b11\u03bcm (2\u03c3) Over-travel Measuring pressure XY \u00b112mm Z 5mm Battery life XY 0.6N Z 2.7N PMG-20, 20S, 32, 32S 80 continuous hours PMG-10, 10S, MT2, MT2S 150 continuous hours 1. The specifications above are values when the standard accessory stylus is used. <Replaceable Stylus> Optional Product For PMPC, PMP, PMC, PMG Series M3 threading has been applied to make the stylus replaceable, allowing replacement if it is damaged or according to the workpiece shape. L \u00f8d L I \u00f8d \u00f8d \u00f8d J Fig. 2 Measuring \u00f850 \u00b10.005L L1 capacity 0.5 Fig. 1 MEASURING TOOLS L L1 15 2.5 60\u00b0 Fig. 3 Fig. 4 Model Fig. L L1 \u00f8d Weight (g) Stylus Tip Point Master Model R0.5 ST28\u2007-1P 1 2 1 2.0 Carbide PMG\/PMC 1 -2P 28 8 2 2.0 PMP\/PMPC 2.5 -3P 3 2.5 Part A Details -4P 2 - 4 2.9 ST28\u2007-4R 4 2.6 Ruby PMP\/PMPC Ideal for measuring the taper of irregularly shaped ST38\u2007-6P 3 38 - 6 4.8 Steel (SUS) PMG\/PMC Part A workpieces or plastic molds. ST38\u2007 -6 x 6 4 6 6 4.8 PMG\u25a1\u25a1S\/PMC\u25a1\u25a1S Model ST15-50K \u203b ST38-6 x 6 stylus is exclusive for PMG \u25a1\u25a1 S\/PMC \u25a1\u25a1 S models. Mounting on other models will negatively affect the runout accuracy. \u203b Exclusive for PMG\/PMC Series. I4","Touch Probe & Edge Finder All For all workpieces COMPACT SENSOR and machine All Supported tools 3D MASTER RED \u25cf XYZ direction measurement possible with a single tool. \u25cf Can also measure non-conductive workpieces. \u25cf Compact design that prevents interference with workpieces. \u25cf Calculation of the stylus ball radius not required. 57 60 19 \u00f838 41 \u00f810 h6 Carbide ball 100 40 25 Model 3DM-10N Main Specifications Min. scale 0.01mm Standard stylus Repeatability Within 0.01mm ST25R-3DM XY Stroke Z Stroke \u00b14mm \u00f84 Weight 4mm Accessory 0.6kg Stylus: ST25R-3DM The specifications above are values when the accessory ST25R-3DM stylus is used. ACCU CENTER \u25cf Simple mechanical design for high-precision \u25cf Repeatability within 3\u03bcm (when used on vertical machines). positioning! \u25cf Hard chrome plated stylus for superior durability. \u25cf Just touch the stylus to the workpiece surface to ACCU-C10 complete measurement. Model 5 - 10 \u00f810 \u00f8103614.528 \u00f8 19 \u00f8 19 78.5 \u00f810 I Model ACCU-C104 \u00f8436 15.58 J Caution \u00f81035 \u25cf Measuring Method Not suitable for horizontal type machines. 12 86.5 MEASURING TOOLSI5 34 \u00f810 (\u00f84) Mount the \u00f810 straight Press the stylus lightly From the 2 position, From the 3 position, apply part to a Milling Chuck or with fingers to move off touch the stylus to the finer feed and keep the stylus New Baby Chuck. center and rotate at 400 - workpiece; its runout will in contact; it will begin to slide 600min-1. gradually decrease and in one direction. Where it it will seem to come to a begins to slide, compensate stop. the position by radius of the stylus 5mm(2mm) to detect the reference position.","Tool Offset Sensor COMPACT SENSOR BASE MASTER [BM-50H] For use with 360\u00b0 \u25cf Electronic detection of cutting edge position. \u00f820 LIVE conductive Notifies \u00f818 cutting tools, using 360\u00b0 \u25cf Repeatability \u00b11\u03bcm (2\u03c3). Measuring (Measuring workpieces, and LED lighting surface surface) Conductivity machine tools Height accuracy 50 +0.005 mm Repeatability 0 Min. tool diameter Stroke 4 \u00b11\u03bcm (2\u03c3) Light Ring \u00f81mm Battery Measuring pressure 2N +0.005 Stroke 4mm 0 Touch signal Light ring illuminates (green) 50 Battery SR44 x 2 Magnet Battery life 8 continuous hours Weight 250g Model BM-50H \u00f842.5 \u203b Type without magnets is also available. If required, add \/N at the end of the model number when ordering. (Example: BM-50H\/N) [BM-50GH] \u25cf Internal contact method compatible with various tools and workpieces. For all cutting 360\u00b0 Measuring \u00f820 All tools, workpieces Notifies surface (Mseu\u00f8ar1sf3au.cr6ien)g and machine using 360\u00b0 (Ceramic) All Supported tools LED lighting Light Ring Stroke 4 Height accuracy 50 +0.005 mm Repeatability 0 Min. tool diameter \u00b11\u03bcm (2\u03c3) Battery \u00f81mm +0.005 Measuring pressure 2N 0 Stroke 4mm Touch signal Light ring illuminates (green) Magnet 50 Battery SR44 x 2 Battery life 8 continuous hours Model BM-50GH \u00f842.5 Weight 240g \u203b Type without magnets is also available. If required, add \/N at the end of the model number when ordering. (Example: BM-50GH\/N) [BM-100GH] \u25cf Detects cutting edge position of 100mm from workpiece. Easily visible Measuring For all cutting 360\u00b0 measuring surface surface All tools, workpieces Notifies even with large and machine using 360\u00b0 machines All Supported tools LED lighting \u00f828 Stroke 10 Height accuracy 100 +0.01 mm I 100+00.01 Repeatability 0 J Min. tool diameter \u00b11\u03bcm (2\u03c3) Light Ring \u00f81mm MEASURING TOOLS Measuring pressure 2N Stroke 10mm Battery Touch signal Light ring illuminates (green) Magnet Battery SR44 x 2 Battery life 8 continuous hours Weight 380g Model BM-100GH \u00f842.5 \u203b Type without magnets is also available. If required, add \/N at the end of the model number when ordering. (Example: BM-100GH\/N) \u203b Do not use in X\/Y direction. I6","Tool Offset Sensor COMPACT SENSOR BASE MASTER Small-diameter [BM-50MH] (For ultra-small cutting tools) tools supported Min. measurable tool \u25cf Cutting edge position detection of diameter \u00f80.05mm \u00f80.05mm tool. For all cutting 360\u00b0 \u25cf Low-contact pressure cushion mechanism realizes measurement of All tools, workpieces Notifies ultra-small tools. and machine using 360\u00b0 All Supported tools LED lighting Measuring surface Height accuracy 50 +0.005 mm (Ceramic) Repeatability 0 Light Ring \u00f820 \u00b11\u03bcm (2\u03c3) \u00f86.5 Battery (Measuring Min. tool diameter \u00f80.05mm surface) Measuring pressure 0.3N Stroke 1 Stroke 1mm Touch signal Light ring illuminates (green) Battery SR44 x 2 +0.005 Battery life 8 continuous hours 0 Weight 240g Magnet 50 \u203b Type without magnets is also available. If required, add \/N at the end of the model number when ordering. Model BM-50MH (Example: BM-50MH\/N) \u00f842.5 BASE MASTER MINI [BMM-10H] All For all cutting Notifies tools, workpieces LED via LED \u25cf 10mm reference height tool offset sensor. All Supported and machine tools \u25cf Ultra-compact design to prevent tool interference. \u25cf High-brightness LEDs (green) light up for instantaneous detection of reference points. Ultra-Thin Type Height 10mm LED Hole for Strap 10mm Height accuracy 10 +0.01 mm Model BMM-10H Repeatability 0 \u00b11\u03bcm(2\u03c3) 24 Min. tool diameter \u00f80.1mm Measuring pressure 1N Stroke 1mm Measuring Battery Touch signal LED illuminates (green) Surface \u00f85 Battery CR1620\u00d71 Battery life 10 continuous hours +0.01 Weight 80g 0 10 Standard accessory Exclusive strap\u00d71P 60 \u203bDo not use in X\/Y direction. MEASURING TOOLSI [BMM-20D] All For all cutting Notifies tools, workpieces LED via LED \u25cf World's smallest tool offset sensor with a diameter of \u00f820. All Supported and machine tools J Protective cover \u00f817 Protective Loupe with loupe \u00f85 (Measuring cover (5x magni\ufb01cation) surface) Stroke 2 Height accuracy 40 +0.005 mm 0 (5x magni\ufb01cation) Repeatability \u00b11\u03bcm (2\u03c3) LED Min. tool diameter \u00f80.1mm +0.005 Measuring pressure 1.8N 0 Battery 43 Stroke 2mm (LR43 x2) Touch signal LED illuminates (blue) 40 Battery Magnet LR43 x 2 Model BMM-20D Battery life 40 continuous hours Weight 60g \u00f820 With protective cover attached \u203bAn exclusive wrench for battery cap is included. \u203bDo not use in X\/Y direction. I7","Tool Offset Sensor COMPACT SENSOR [BMM-20H] All For all cutting Notifies tools, workpieces LED via LED \u25cf High precision tool offset sensor with 20mm reference height. All Supported and machine tools \u25cf Wide LED ensures high visibility. \u25cf Low measuring pressure compatible with \u00f80.1 mm diameter tool. \u25cf Realizes tool position detection in small lathes. LED 0.5 \u00f818 Height accuracy 20 +0.005 mm Repeatability 0 Min. tool diameter 11.5 33.5 Measuring pressure \u00b11\u03bcm (2\u03c3) 45 Stroke Compact\/lightweight Touch signal \u00f80.1mm design Battery Battery life 1N Model BMM-20H Weight \u00f87.7 (measuring surface) 2mm Battery Stroke 2 LED illuminates (green) +0.005 SR44\u00d72 0 10 continuous hours 20 70g \u00f823 Magnet TOOL MASTER All For all cutting Notifies Notifies tools, workpieces LED via LED Buzzer via buzzer \u25cf Notifies the height with LED and buzzer (new function) All Supported and machine tools \u25cf Large stroke that prevents collision: 10mm \u25cf Reference can be checked with a setting gauge (100mm) Stroke 10 \u00f842 \u25cf Can also measure non-conductive workpieces and tools \u00f839 \u25cf Firmly fixed with a magnet. LED (green) LED (red) Buzzer 92 - 102 Magnet \u00f863 54.8 Battery Height accuracy 100 +0.02 mm Min. tool diameter 0 \u00f81mm I J Model TM-100N Stroke 10mm Stroke range Measuring pressure 92 - 102mm MEASURING TOOLS 3N (at 100mm) Around 100.5mm LED Lit (green) Around 99.5mm Notification Buzzer \\\"Beep\\\" signal LED Flashing (green\/red) Buzzer \\\"Beep Beep Beep\\\" Battery SR44\u00d72 Weight Standard accessory 1.0kg Min. scale Setting gauge: 1P Dial Gauge 0.01mm Accuracy Indicator error \u00b115\u03bcm Repeatability 5\u03bcm Return error 5\u03bcm \u203bDial gauge accuracy conforms to JIS B7503:1997. \u203bType without magnets is also available. If required, add \/N at the end of the model number when ordering. (Example: TM-100N\/N) \u203b Do not use in X\/Y direction. I8","TOOL PRESETTER 2D edge sensor TOOL PRESETTER TPS used 2D edge sensor enables simple presetting. \u25cf A simple and compactly designed presetter featuring a digital scale. \u25cf Maintains long-term taper accuracy with a ceramic spindle. 2D edge sensor Z-axis 710 X-axis 0 - 400 0 - \u00f8280 158 108 185 380 Model Taper Measuring Min. scale Power Operating Weight capacity (mm) Supply temperature (kg) TPS-40N BT40 38.5 41.0 -50N BT50 41.0 41.0 -HSK\u200740-N HSK-A40 41.0 43.0 -HSK\u200750-N HSK-A50 X-axis: 0 - \u00f8280 0.01mm 3V lithium 41.0 -HSK\u200763-N HSK-A63 Z-axis: 0 - 400 battery x 2 +5\u00b0C - +40\u00b0C 41.0 -HSK100-N HSK-A100 (CR2032) 42.0 -C5N BIG CAPTO C5 -C6N BIG CAPTO C6 -C8N BIG CAPTO C8 1. Origin can be set with the spindle itself. 3. HSK-E types without Drive Key grooves cannot be mounted. 2. Various adapters and test bars are available as optional products. [Compact Type] Total length X-axis Z-axis measuring capacity measuring I capacity J \u00f866 160 330 Total Measuring capacity Power Operating Weight length (mm) supply temperature (kg) Model Taper Min. scale X-axis Z-axis MEASURING TOOLS TPS-30E BT30 480 0 - 250 18.5 -40E BT40 530 0 - \u00f8180 50 - 300 0.01mm SR44 +5\u00b0C - 20.0 TPS-HSK40E HSK-A40 0 - 250 Battery x 2 +40\u00b0C 21.0 HSK-A50 21.0 -HSK50E -HSK63E HSK-A63 0 - 235 21.5 1. An optional Setting Gauge (SG40-50) is required to set reference values for TPS-40E. I9","TOOL PRESETTER TOOL PRESETTER TPS TAPER ADAPTER (Optional) BT Front Clamp Adapter (Optional) L Model Taper L With measuring tool clamp mechanism. Taper L 40\u219230 60 BT40-30STP 40\u219230 L 50\u219230 Model 50\u219240 BT50-30STP 50\u219230 50 BT40-TPA30STP -40STP 50\u219240 BT50-TPA30STP -TPA40STP HSK\/BIG CAPTO Front Clamp Adapter (Optional) With the adapter mounted on the presetter, tools can be mounted\/demounted using an allen key. L Model Taper HSK Type L \u200775 BT40 -TPA \/ HSK 32- 75STP BT40 \u203bA32, E32 100 -TPA \/ HSK 40-100STP BT50 \u3000A40, E40 -TPA \/ HSK 50-100STP \u3000A50, E50, F63 100 -TPA \/ HSK 63-100STP \u3000A63, E63 140 \u203bA32, E32 BT50 -TPA \/ HSK 32-100STP \u3000A40, E40 L -TPA \/ HSK 40-100STP \u3000A50, E50, F63 100 -TPA \/ HSK 50-100STP \u3000A63, E63 -TPA \/ HSK 63-100STP \u3000A100 100 -TPA \/ HSK100-140STP 1.\t Referece edge is provided for zero set. 2.\t The adapter is designed for the presetter and cannot be used on a machining center. 3.\t \u203b\u200c A32 can be used without a coolant pipe. \u25a0BIG CAPTO Shank Type Model Taper BIG CAPTO Type BT40 -TPA \/ C4-100STP BT40 C4 -TPA \/ C5-100STP BT50 C5 -TPA \/ C6-100STP C6 C4 BT50 -TPA \/ C4-100STP C5 -TPA \/ C5-100STP C6 -TPA \/ C6-100STP C8 -TPA \/ C8-140STP 1.\t Referece edge is provided for zero set. 2.\t The adapter is designed for the presetter and cannot be used on a machining center. 3.\t \u200cHolders can be mounted with or without a coolant pipe. Setting Gauge (Optional) MEASURING TOOLSI J 50 NT40 Model SG40-50 \u00b7 Used for setting reference values for TPS-40E. I10","Static\/dynamic precision test bar DYNA TEST DYNA TEST [For static precision measurement] A high-precision test bar developed by BIG's precise machining technology. \u25cf Periodic accuracy evaluation eliminates machining defects. \u25cf Precision standard of BIG Test Bars \u25cf Calibration certificate and traceability diagram (with charge) BIG provides high quality test bars, produced under a strict quality control system. A calibration certificate and traceability diagram is offered upon request with charge for reliable use of these test bars Ra 0.1 Ra 0.1 or for the customers certified with ISO9000. Traceability is defined under JIS Z8103 as \u201cthe establishment of a pathway related to national and international standards in which standard instruments or measuring instruments are continually calibrated according to higher-level measurement standards.\u201d 0.002 \u00b10.005 Static accuracy of machining centers 0.003 is regulated in JIS-B6336 and 6338. 0.001 We recommend periodic accuracy checks for stable production. Runout accuracy Roundness 0.002mm JIS standard machine spindle value Cylindricity 0.001mm Surface roughness 0.003mm Runout of spindle inner taper Outer diameter tolerance Ra: 0.1\u03bcm \u00b10.005mm Horizontal M\/C Vertical M\/C Test bar 0.007 0.01(mm) (mm) nose or less or less 300mm tip 0.015 0.02(mm) (mm) or less or less BIG-PLUS Type R Caution PULLSTUD BOLT G32 SPINDLE SYSTEM \u2022\tOnly use PULLSTUD BOLTS made by BIG. DUAL CONTACT \u25a0 BBT Shank [MAS403 and JIS B6339] BIG-PLUS (BBT Shank) tools can be used on both \u00b7 The short type is ideal for ATC repeatability inspection. BIG-PLUS spindles and conventional BT spindles. L BIG-PLUS L A \u00f8D Effective measuring length A 32 BBT SHANK Model 50 50 MEASURING TOOLS BBT30-32-L150 150 125 \u00f8D -L235 235 210 200 170 \u00f8D BBT40-50-L200 350 320 \u00f8D -L350 200 159 360 319 BBT50-50-L200 -L360 1. The BBT Shank conforms to JIS-BT standards. \u25a0 BDV Shank [DIN 69871 and ISO 7388-1] BIG-PLUS (BDV Shank) tools can be used on both BIG-PLUS spindles and conventional DV spindles. IL Effective measuring length A BIG-PLUS L A \u00f8D BDV SHANK Model 340 310 50 340 318 50 BDV40-50-L340SD BDV50-50-L340SD J Model LA \u00f8D 32 Basic Type NT30-32-L150 150 142 50 -L225 225 217 50 \u00b7 Can also be used as a setting gauge for tool presetters. 200 184 NT40-50-L200 335 319 L -L335 200 191 Effective measuring length A 335 326 NT50-50-L200 I11 -L335","Static\/dynamic precision test bar DYNA TEST HSK Shank Type \u25a0 HSK-A Type [DIN 69893-1 and ISO 12164-1] L Model L A \u00f8D Effective measuring length A \u00f8D \u00f8D \u00f8D HSK-A\u200740-32-L180SD 180 157 32 -A\u200750-32-L150SD 150 121 50 -L240SD 240 211 \u25a0 HSK-E Type [DIN 69893-5] -A\u200763-50-L200SD 200 171 -L350SD 350 321 L HSK-A100-50-L200SD 200 168 Effective measuring length A -L350SD 350 318 1. As the depth of the drive keys are symmetrical, it can be mounted in 180\u00b0 inversion. Model L A \u00f8D HSK-E25-20-L175 175 163 20 -E32-20-L180 32 -E40-32-L180 180 158 -E50-32-L240 157 240 211 \u25a0 HSK-F Type [DIN 69893-6] L Effective measuring length A Model LA \u00f8D 50 HSK-F63-50-L200 200 171 -L350 350 321 BIG CAPTO SHANK Type L L1 Effective measuring length A \u00f8D1 Model L L1 A \u00f8D \u00f8D1 \u00f8D C5-32-L150 180 150 148 - \u2002215 245 215 213 32 63 -40-L250 C6-40-L150 280 250 247 40 -L200 182 150 147 -L320 C8-40-L200 232 200 197 40 75 I -L320 J 352 320 317 240 200 197 40 85 MEASURING TOOLS 360 320 317 I12","Static\/dynamic precision test bar DYNA TEST DYNA TEST [For dynamic precision measurement] Evaluates the dynamic runout accuracy of the machine spindle by measuring the runout while rotating at practical speeds. \u25cf The dynamic accuracy may differ from static accuracy due to centrifugal force, vibration and heat caused by spindle rotation. Knowing the dynamic accuracy will aid in finding the appropriate cutting parameters for actual machining. \u25cf Dynamic runout accuracy \u25cf Imbalance Imbalance amount Measurement example using a Spindle speed imbalance field balancer measurement example Allows measurement of the runout during actual The balance also changes with spindle Spindle speed min-1 rotation. speed. Tool life and [Example of dynamic runout measuring devices.] machining accuracy are improved by usage Oscilloscope at a spindle speed with good balance Resurge waveform performance. Sensor \u25cf Measurement of Z-axis direction displacement Z-axis displacement varies depending on the thermal displacement Ampli\ufb01er and spindle expansion caused at each spindle speed. The center boss allows measurement with a non-contact displacement meter. This example uses a static capacitance non-contact displacement meter. 60 X and Y axis displacement can be measured simultaneously, with the resurge waveform displayed on an oscilloscope. Displacement (\u03bcm) 50 Measurement example of radial direction error at different spindle speeds Standard holder 40 Spindle speed (min-1) 500 10,000 30,000 30 BIG-PLUS 20 Resurge 10 waveform 0 4.2\u03bc m 8.2\u03bc m 24.4\u03bc m 0 1 5 10 15 20 25 30 Spindle speed x 1,000min-1 \u203b Changes due to thermal expansion of the machine spindle are also included. BIG-PLUS Type R BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. SPINDLE SYSTEM L L1 DUAL CONTACT Model \u00f8D L L1 \u00f8D BBT30-40-Z62 40 62 50 BBT40-50-Z85 50 85 70 BBT50-50-Z85 50 85 70 1. Specify the pullstud bolt model, as the taper is ground with the pullstud bolt mounted. HSK Shank Type \u25a0 HSK-A Type [DIN 69893-1 and ISO 12164-1] \u203b HSK-E Type and other shank sizes are also available. Please contact us for details. T L Model L L1 \u00f8D B T L1 6 I HSK-A\u200740-40-Z62AB 62 50 40 11 7.5 -A\u200750-40-Z62AB 14 10 -A\u200763-50-Z85AB 15 -A100-50-Z85AB 18 MEASURING TOOLS \u00f8D 85 70 50 22 B \u00f8D 1. Symmetrically designed HSK shanks for improved balance. \u00f8D \u00f82 \u00f8D1 J Common for BBT Shank\/HSK Shank \u25a0 HSK-F Type [DIN 69893-6] \u25a0 Test Bar Tip Dimensions \u00f8D \u00f8D1 \u00f8D2 L \u00f8D2 \u00f840 Type 18 16 \u00f850 Type 28 20 L1 Model L L1 \u00f8D \u203b M4 and M6 threaded holes are prepared for HSK-F63-50-Z85 85 70 50 2-M4 mounting test weights 2-M6 used for field balance 1. HSK-E Type (DIN 69893-5) is also available measurement. I13","Ceramic Taper Gauge for Machine Spindle Inspection DYNA CONTACT For machine spindle taper inspection. Ceramic gauge makes the taper contact easily visible. \u25cf Higher hardness than steel for good scratch resistance. \u25cf Made of ceramic (white), it allows even a thin coating of Prussian blue to show up clearly. \u25cf Rustproof, non-magnetizing, no aging deterioration. Taper angle: 8\u00b017' 50\\\" \u00b11\\\" L3 L4 \u00f8D (Gauge line) \u00f8D1 L\u03b1 L2 L1 Model Taper No. \u00f8D \u00f8D1 L L1 L2 L3 L4 \u03b1 Weight (kg) 48.4 56.4 106.6 163 93.6 DC-30P 30 31.75 36 65.4 73.4 110.6 184 95 6 0.52 -40P 40 44.45 49 101.8 111.8 113.2 225 95 6 1.22 -50P 50 69.85 49 8 2.62 1. Can also be used with ANSI\/DIN and other international standard spindles. In aluminum case IMEASURING TOOLS J I14","Measuring Device for Pulling Force DYNA FORCE DYNA FORCE [Measuring device for pulling force] Measures pulling force of machine tool spindles and tool clamp equipment, a vital factor of machine tool performance. \u25cf Prevents machining errors and shortened tool life due to decreased pulling force. \u25cf Measurement values visible at a glance with digital display. (Minimum display unit 0.1kN) \u25cf Lightweight and compact display aids measuring work. \u25a0 An Essential for Machine Maintenance Disc Spring Collet The pulling force produced could deteriorate due to Taper degradation of disc springs or wear of the components of the booster, due to many years of punishing use. Case Decreased pulling force reduces static rigidity, causing chatter, decreased machining accuracy, and shortened tool life. Periodic inspections with DYNA FORCE can prevent problems in advance. Long taper for increased reliability Supports all taper sizes with a single display The taper is long, A single display can be used with all with a shape taper sizes, reducing costs. similar to regular tools, enabling 50 40 30 highly reliable measurement values. \u6e2c\u5b9a\u5668\u6bce\u306e\u611f\u5ea6\u6821\u6b63\u767b\u9332\u304c\u5fc5\u8981\u3067\u3059\u3002 It is necessary to calibrate each measuring device. \u6e2c\u5b9a\u6642\u306f\u30b9\u30a4\u30c3\u30c1\u3092\u300c\uff2d\uff25\uff21\uff33\u300d\u306b\u5165\u308c\u3001\u300c\uff4b\uff2e\u300d\u8868\u793a\u306b\u3057\u3066\u304f\u3060\u3055\u3044\u3002 Select[MEAS] position and indicate [kN] on the display before starting measuring. TYPE : DFA-1 \u25cf Main Specifications Conforms to domestic and international standards (JIS, DIN, ANSI). Cable Display Measuring tool H L L H MEASURING TOOLSFig. 1 Fig. 2 \u00f8D2 Set Model \u00f8D1Measuring toolFig.Set contents Cable Taper Rated capacity \u00f8D1 \u00f8D2 L H Weight \u00f8D21Display size (kg) SNT30-DF10 \u00f8D1NT30-DF102DFC-1 SBT30-DF10 BT30-DF10 1 DFA-1 (2m) 30 10kN (980kgf) 65 58 80 20 1.5 SNT40-DF30 NT40-DF30 1 (Includes 2 AA 46 98 26 1.6 SNT50-DF50 NT50-DF50 1 24 2.5 batteries) 40 30kN (2,940kgf) 73 66 90 33 6.0 -DF30 \u203b -DF30 20 3.9 50 50kN (4,900kgf) 96 90 110 30kN (2,940kgf) 73 70 86 1. The items are also sold individually. (Single measuring tool also provided with exclusive case.) 5. \u203b indicates lightweight type. 2. BT model is a special purpose product for use with machines where manual mounting is impossible. A calibration certificate and traceability diagram is offered upon request with charge for reliable use of I 3. BT model can be used on JIS BT and BBT spindle machines only. 4. Pullstud bolt must be ordered separately. Note that standard pullstud bolt can be used with the machines that require JIS or MAS standard pullstud bolts, while the exclusive pullstud bolts are required these measuring instruments. for the machines with other standard spindles such as DIN or CAT. Exclusive pullstud bolts J \u25cf DIN\/ANSI\/CAT standard spindles require exclusive pullstud bolts. MAS and JIS standards permit the use of standard pullstud bolts. \u25cf These exclusive pullstud bolts cannot be used with the BT and BT Dyna Force models. Standard number 30 Shank No. 50 40 DF-PDV50A DIN Standard (DIN 69872) DF-PDV30 \u2014 DF-PDV40A DF-PAV50 ISO Standard Form A \u2014 DF-PCV50 (ISO 7388) Form B DF-PAV40 DF-PAV30 DF-PCV40 ANSI Standard (ANSI B5.50) DF-PCV30 CAT Standard (ASME B5.50) I15","ATC ARM POSITIONING TOOL ATC ALIGNMENT TOOL To retain machine tool spindle accuracy! \u25cf Measures misalignment of the spindle center and ATC arm. \u25cf Measures the position of the ATC arm to the center of the machine spindle or magazine pot. How to use Spindle \u25a0 AL Shank 1. \u200cM\u0007 ount the AL Shank on the machine spindle and AL Flange on the ATC Arm. Off-center 2. I\u0007nsert the AL Plug into the AL Flange. ATC ARM 3. \u200cR\u0007 otate the AL Plug and find the highest and lowest positions indicated on the dial gauge. \u25a0 AL Flange This direction is the center misalignment direction, and half the difference is the misalignment amount. 4. A\u200c\u0007 djust the position of the ATC Arm so that the entire \u00f8D2 section of the AL Plug can be fully inserted into the AL Flange. \u25a0 AL Plug Dial M (1DIV = 0.01mm) \u00f8D \u00f8D1 \u00f8D2 L1 L5 L Fig. 1 \u25a0 AL Shank L2 L4 \u25a0 AL Flange \u25a0 AL Plug Dial M (1DIV = 0.01mm) \u00f8D \u00f8D1 \u00f8D2 In exclusive case Fig. 2 L1 L2 L5 L L3 L4 \u25a0 AL Shank \u25a0 AL Flange \u25a0 AL Plug Set Model Fig. \u00f8D D1 D2 L L1 L2 L3 L4 L5 M BT30-ATC18 31.75 \u200746.00 18 50.40 2.0 20.0 - 251 44 12 BT40-ATC20 44.45 \u200763.00 25.0 - 251 44 12 BT50-ATC28 1 69.85 100.00 20 67.40 2.0 35.0 - 261 54 16 DV40-ATC20 2 44.45 \u200763.55 15.9 24.3 251 44 12 DV50-ATC28 69.85 \u200797.50 28 104.80 3.0 15.9 35.3 261 54 16 20 71.60 3.2 28 104.95 3.2 1. Contact us for CAT Standard 7\/24 taper shank versions. 2. Prior consultation is required for HSK shank versions. I MEASURING TOOLSJ I16","PRECISION ELECTRON LEVEL LEVEL MASTER For level management of machine tools\/precision assembly devices High precision of 0.01mm or less per 1m \u25cf 2-axis simultaneous level detector. \u25cf Notifies leveling completion with LED and beep. Mode display \u25cf Uses optical level detection sensor. Leveling completed LED (blue) Beep Battery alarm When the battery level is low, the LED \ufb02ashes to indicate the battery must be replaced. Set switch (zero adjustment function) The level status can be set to match the reference surface. Power (automatic power off function) The power turns off 30 minutes after it is applied. Instantaneous display of level status with LED Notifies leveling completion with LED and beep HIGH Mode LOW Mode Flashing: Over 0.08mm Flashing: Over 0.8mmTilt at 1m distance HIGH Mode LOW Mode Lit: 0.08mm or less Lit: 0.8mm or less Tilt at 1m distance Lit: 0.06mm or less Lit: 0.6mm or less When level is When level is Lit: 0.04mm or less Lit: 0.4mm or less 0.01mm\/1m or less 0.1mm\/1m or less Lit: 0.02mm or less Lit: 0.2mm or less Lit: 0.01mm or less Lit: 0.1mm or less Notification with LED (blue) and beep 2-axis simultaneous detection High precision of 0.01mm or less per 1m Using two levels Easy leveling with simultaneous 2-axis detection 2-axis simultaneous detection makes leveling drastically faster and more economical, compared to the conventional process of using two separate I levels. Main Specifications MEASURING TOOLS Model LVM-01 Set Contents Minimum read value 0.01mm\/1m Power Alkaline dry cell: LR03 (AAA) x 4P \u00b7 LEVEL MASTER body \u00b7 Exclusive aluminum case J Automatic power off Power off 30 minutes after application \u00b7 Battery (Alkaline dry cell: LR03 (AAA) x 4 pcs) \u00b7 Operation manual Operating temperature range 0\u00b0C - 40\u00b0C (recommended 20\u00b0C \u00b15\u00b0C) \u00b7 Inspection Certificate Battery life 50 continuous hours Dimensions \u00f8109 x H46 Weight 0.99kg \u203b For high-precision level adjustment, we recommend confirming the level with a reference surface such as a surface plate before use. I17","Flexible arm stand ACCU STAND Flexible arm stand which locks solidly by the special cam mechanism. Magnetic Base Type \u25cf Firmly fixed with a powerful magnet. \u203b Test indicators and dial gauges are not included with any model. The thread size of the joint between the magnet and arm is M8 x P1.25 for AMM, AML and AM and M10 x P1.5 for AMP and ASP. \u25cf AMM-M 68 Rigid 35 90 type \u25cf AML-M 60 \u25a0 Standard Type Model ASP-M 53 35 138 \u25cf AM-M 68 40 60 60 60 233 53 Mini \u0003 53 \u25cf AMP-M Rigid \u25a0 Mini Type type Model AM-M \u25a0 Mini Rigid Type Model AMP-M Compact yet tough arm and powerful clamp. 60 248 Mini-Mini Type! \u25cf ASP-M NEW 35 60 354 35 Gauge support details I19 32 \u25a0 Mini-Mini Type PAT. I (Short arm) Model AMM-M NEW 35 MEASURING TOOLSJ 35 32 \u25a0 Mini-Mini Type (Long arm) Model AML-M I18","Flexible arm stand ACCU STAND Cast Base Type \u25cf Cast base type ideal for precision measurement on a surface plate The base shape is designed for stability, with a precision-ground bottom surface that enables higher-precision measurement. The side is also ground perpendicular to the bottom, allowing measurement while sliding. \u25cf ASP-B 152 Rigid 47 354 type The thread size of the joint See below for gauge support details between the cast base and Model ASP-B arm is M10 x P1.5. Gauge support details (Test indicators and dial gauges are not included.) Optional Product Standard\/Mini Type \u25cf Clamp Piece for \u00f86 Fine adjustment knob [P = 0.25] Procure when using a (AS-RED) \u00f86 Dial Gauge. M8 x P1.25 18 Adapter for \u00f88 Dial60\u00b0 Gauge (ASA8) 6 60\u00b0 12 4.6 42 \u00f8614 Available for spare supplies Gauge Support Set 1.65 \u00f88 \u00f88 Set Model DGH-3 Test indicator mounting groove Dial Gauge mounting hole Model ASA8-6 Set Contents: Gauge support\/Fine adjustment knob\/Adapter for \u00f88 Dial Gauge Mini-Mini Type Optional Products Fine adjustment 9 \u25cf Adapter for \u00f88 Dial Gauge \u25cf Clamp Piece for \u00f86 knob [P = 0.25] 14 Procure when using a \u00f86 Dial Gauge. (AS-RED) M8 x P1.25 MEASURING TOOLS 60\u00b0 2 6 12 60\u00b0 \u00f86 4.6 22 \u00f88 Available for spare supplies Model ASA8 \u00f88 Gauge Support Set Model ASA8-6 Set Model DGH-MM 1.65 I Set Contents: Gauge support\/Fine adjustment knob Test indicator mounting groove J I19","Flexible arm stand ACCU STAND Flexible arm stand which locks solidly by the special cam mechanism. Cylindrical Shank Type \u203b Test indicators and dial gauges are not included with any model. \u25cf For workpiece centering. Caution Not suitable for horizontal machines. Rigid type \u25a0 Standard Type \u25a0 Mini Type Model Shank diameter Model Shank diameter ASP-32 \u00f832 AM-20 \u00f820 ASP-42 \u00f842 AM-32 \u00f832 NEW NEW \u25a0 Mini-Mini Type PAT. \u25a0 Mini-Mini Type (Short arm) (Long arm) Model Shank diameter Model Shank diameter AMM-12 \u00f812 AML-12 \u00f812 AMM-20 \u00f820 AML-20 \u00f820 \u25cf AMM-12 94 \u25cf AM-20 236 92 \u00f820 237 \u00f812 50 39 358 \u25cf AM-32 358 \u25cf AMM-20 \u00f832 60 \u00f820 50 \u25cf ASP-32 \u25cf AML-12 \u00f832 60 \u00f812 143 IMEASURING TOOLS 39 \u25cf ASP-42 J \u25cf AML-20 \u00f842 I20 70 \u00f820 50 141 The thread size of the joint between the cylindrical shank and arm is M8 x P1.25 for AMM, AML, and AM and M10 x P1.5 for ASP. Gauge support details I19","Flexible arm stand ACCU STAND HSK Shank Type \u203b Test indicators and dial gauges are not included with any model. \u25cf For small machining centers with HSK-E spindles. \u25cf HSK-E25-AMM \u25cf HSK-E32-AMM \u25cf HSK-E Shank type can be directly mounted on spindle. HSK-E25 HSK-E32 NEW \u25a0 Mini-Mini Type PAT. 116 119 Model Shank No. The thread size of the joint between Gauge support details I19 the HSK shank and arm is M8 x P1.25. HSK-E25-AMM HSK-E25 HSK-E32-AMM -E32 Double Magnetic Base Type \u25cf For workpiece machining and cutting. \u25cf ASP-WM 68 60 331 60 60 The thread size of the joint between the magnet and arm is M10 x P1.5. 53 Rigid Model ASP-WM type Arm Only Type \u25cf For various applications according to your idea. \u25cf AM-A M8 x P1.25 M8 x P1.25 191 7 I \u25a0 Standard Type \u25a0 Mini Type 7 M8 x P1.25 Model ASP-A Rigid Model AM-A type \u25cf ASP-A MEASURING TOOLS M10 x P1.5 312 7 10 J I21","CUTTING TOOLS J J","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f832 FULLCUT MILL FCR Type Evolved rigidity realizes both heavy and An adapter for use of the BBT40 (FULLCUT MILL) on BBT50\/BT50 machines. stable ramping. BBT50 FULLCUT \u2a0b\u2a0bIntegral design with a taper shank and dual face contact of MILL Body BIG-PLUS and HSK provide the highest rigidity. Slotting Shoulder milling Ramping Helical milling Peck-drilling J8 BBT Integrated Type DUAL CONTACT L [Standard Type] L1 R Effective cutter length A ap EndmillingBIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. \u00f8Dc \u00f8Dc \u00f8D1 \u00f8D1CutterModelEffective\u00f8D1LL1ANumberInsert ModelWeight diameter cutting edge of inserts (kg) \u00f8Dc length ap 16 20 BBT30-FCR16082-\u200765 65 43 28 2 BRG1608\u25a1\u25a1 0.47 25 28 3 BRG2008\u25a1\u25a1 0.49 32 -FCR20083-\u200765 8 40 65 43 33 3 BRG2508\u25a1\u25a1 0.52 16 -FCR25083-\u200765 65 43 40 3 BRG3210\u25a1\u25a1 0.56 25 1.2 20 -FCR32103-\u200765 10 65 43 30 2 BRG1608\u25a1\u25a1 1.5 25 1.6 25 BBT40-FCR16082-\u200785 85 58 35 1.2 30 3 BRG2008\u25a1\u25a1 1.5 32 -120 8 60 120 93 30 1.6 40 1.2 -135 135 108 45 3 BRG2508\u25a1\u25a1 1.5 35 1.7 -FCR20083- 85 85 58 45 1.3 50 3 BRG3210\u25a1\u25a1 1.6 -120 8 60 120 93 40 1.8 -135 135 108 -FCR25083-\u200785 85 58 -120 8 60 120 93 -135 135 108 -FCR32103- 85 85 58 -120 10 60 120 93 -135 135 108 1.\t Wrench included. Inserts must be ordered separately. Inserts J4 Cutting conditions J5 [Long Type] L L1 Effective cutter length A ap BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles. Cutter Model Effective \u00f8D1 L L1 A Number Insert Model Weight diameter cutting edge of inserts (kg) \u00f8Dc length ap 16 BBT30-FCR16082L- 85 85 63 45 2 BRG1608\u25a1\u25a1 0.52 20 -FCR20082L- 85 8 40 85 63 50 2 BRG2008\u25a1\u25a1 0.55 -FCR25082L- 85 85 63 50 2 BRG2508\u25a1\u25a1 0.62 J 25 -FCR32102L- 85 32 10 85 63 60 2 BRG3210\u25a1\u25a1 0.71 16 BBT40-FCR16082L-105 8 60 105 78 45 2 BRG1608\u25a1\u25a1 1.3 -120 120 93 45 1.4 20 -FCR20082L-120 8 60 120 93 60 2 BRG2008\u25a1\u25a1 1.4 -135 135 108 60 1.5 25 -FCR25082L-135 8 60 135 108 75 2 BRG2508\u25a1\u25a1 1.5 -150 150 123 75 1.7 32 -FCR32102L-135 10 60 135 108 80 2 BRG3210\u25a1\u25a1 1.7 -150 150 123 90 1.9 1.\t Wrench included. Inserts must be ordered separately. Inserts J4 Cutting conditions J5 J1","Indexable Insert Endmill FULLCUT MILL FCR Type BDV Integrated Type An adapter for use of the BDV40 (FULLCUT MILL) on BDV50\/DV50 machines. [Standard Type] Cutter diameter: \u00f816 - \u00f832 BDV50 FULLCUT MILL Body DUAL CONTACT J9 L R BDV No. L1 Effective cutter length A ap BIG-PLUS (BDV Shank) tools can be used on both BIG-PLUS spindles and conventional DV spindles. \u00f8Ds \u00f8Dc \u00f8Dc Cutter Model Effective \u00f8D1 L L1 A Number Insert Model Weight diameter cutting edge \u00f8D1of inserts(kg) Endmilling \u00f8Dc length ap BDV40-FCR16082-\u200785\u0003 \u200785 \u200765 25 1.3 16 -120 \u20078 52 120 100 30 2 BRG1608\u25a1\u25a1 1.5 -135 135 115 25 1.6 -FCR20083-\u200785 \u200785 \u200765 35 1.2 20 -120 \u20078 52 120 100 30 3 BRG2008\u25a1\u25a1 1.6 -135 135 115 30 1.7 -FCR25083-\u200785 \u200785 \u200765 40 1.3 25 -120 \u20078 52 120 100 45 3 BRG2508\u25a1\u25a1 1.6 -135 135 115 35 1.8 -FCR32103-\u200785 \u200785 \u200765 45 1.4 32 -120 10 52 120 100 50 3 BRG3210\u25a1\u25a1 1.7 -135 135 115 40 1.9 1.\t Wrench included. Inserts must be ordered separately. Inserts J4 Cutting conditions J5 Cylindrical Shank Type\u0003 L Effective cutter Ls length A [Oversize] Cutter diameter: \u00f816 - \u00f833 ap Cutter diameter is 1mm larger than shank diameter, preventing workpiece interference (except ST28). Cutter Model Effective L A Ls Number Insert Model Weight diameter \u00f8Ds cutting edge of inserts (kg) \u00f8Dc length ap 16 ST15-FCR16082-120 15 \u20078 120 25 \u200795 2 BRG1608\u25a1\u25a1 0.2 17 ST16-FCR17082-120 16 \u20078 120 25 \u200795 2 BRG1608\u25a1\u25a1 0.2 20 ST19-FCR20082-165 19 \u20078 165 30 135 2 BRG2008\u25a1\u25a1 0.4 -FCR20083-135 135 105 3 0.3 21 ST20-FCR21082-165 20 \u20078 165 30 135 2 BRG2008\u25a1\u25a1 0.4 -FCR21083-135 135 105 3 0.3 J 25 ST24-FCR25082-180 24 \u20078 180 35 145 2 BRG2508\u25a1\u25a1 0.7 -FCR25083-150 150 115 3 0.6 26 ST25-FCR26082-165 25 \u20078 165 38 127 2 BRG2508\u25a1\u25a1 0.6 -FCR26083-150 150 112 3 0.6 32 ST28-FCR32102-180 28 10 180 48 132 2 BRG3210\u25a1\u25a1 1.1 -FCR32103-180 180 132 3 1.0 33 ST32-FCR33102-180 32 10 180 48 132 2 BRG3210\u25a1\u25a1 1.1 -FCR33103-180 180 132 3 1.0 1.\t Wrench included. Inserts must be ordered separately. Inserts J4 Cutting conditions J5 2.\t Lower the cutting parameters as needed for long projection length and 3 inserts models. J2 3.\t 2-insert models are recommended for medium or heavy milling of slots or pockets. 4.\t For medium or heavy slot milling or ramping with projection length exceeding 2.5 times the diameter, 2-insert models are recommended.","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f832 FULLCUT MILL FCR Type Evolved rigidity realizes both heavy and stable ramping. HSK Integrated Type Slotting Shoulder milling Ramping Helical milling Peck-drilling [Standard Type] \u2fdf\u2fdfModel Description Manual L Clamping HSK-A50 - FCR 16 08 2 - 75 Hole L1 L dimension Effective cutter length A Number of inserts ap Effective cutting edge length ap Cutter diameter \u00f8Dc FCR Type HSK SHANK No. \u00f8Dc \u00f8D1 \u00f8D2 Coolant Pipe (Optional) A Type (DIN69893-1) (ISO12164) Cutter Model Effective \u00f8D1 \u00f8D2 L L1 A Number Insert Model Weight diameter cutting edge 32 of inserts (kg) HSK-A50-FCR16082-\u200775 \u2014 \u00f8Dc -FCR20083-\u200775 length ap 45 75 41 27 2 BRG1608\u25a1\u25a1 0.5 16 -FCR25083-\u200775 8 28 3 BRG2008\u25a1\u25a1 0.6 20 -FCR32103-\u200775 45 40 75 41 33 3 BRG2508\u25a1\u25a1 0.6 25 10 75 41 39 3 BRG3210\u25a1\u25a1 0.7 32 HSK-A63-FCR16082-\u200785 8 45 25 BRG1608\u25a1\u25a1 0.9 16 -120 75 41 30 2 1.1 -135 8 45 25 BRG2008\u25a1\u25a1 1.2 20 85 51 32 1.0 -FCR20083-\u200785 8 30 3 BRG2508\u25a1\u25a1 1.2 25 -120 50 120 86 30 1.3 -135 10 35 BRG3210\u25a1\u25a1 1.0 32 135 101 45 3 1.2 -FCR25083-\u200785 35 1.4 -120 85 51 40 1.1 -135 50 3 1.4 50 120 86 40 1.5 -FCR32103-\u200785 -120 135 101 -135 85 51 50 120 86 135 101 85 51 50 120 86 135 101 1.\t Wrench included. Inserts must be ordered separately. C63 Inserts J4 Cutting conditions J5 2.\t \u0003Coolant pipe is not included. Please order separately. See page [Long Type] Manual L Clamping L1 Hole Effective cutter length A ap \u00f8Dc \u00f8D1 \u00f8D2 Coolant Pipe (Optional) A Type (DIN69893-1) (ISO12164) Cutter Model Effective \u00f8D1 \u00f8D2 L L1 A Number Insert Model Weight diameter cutting edge of inserts (kg) \u00f8Dc length ap J 16 HSK-A63-FCR16082L-\u200785 8 45 50 85 51 40 2 BRG1608\u25a1\u25a1 0.9 -120 120 86 45 1.0 Endmilling 20 -FCR20082L-105 8 45 50 105 71 50 2 BRG2008\u25a1\u25a1 1.1 -120 120 86 60 1.2 25 -FCR25082L-105 8 45 50 105 71 55 2 BRG2508\u25a1\u25a1 1.1 -120 120 86 65 1.1 32 -FCR32102L-120 10 45 50 120 86 70 2 BRG3210\u25a1\u25a1 1.4 -135 135 101 80 1.4 1.\t Wrench included. Inserts must be ordered separately. C63 Inserts J4 Cutting conditions J5 2.\t \u0003Coolant pipe is not included. Please order separately. See page J3","Indexable Insert Endmill FULLCUT MILL FCR Type <Insert> FCR Type exclusive \u00b7 Exclusive design with relief angles and rake angles optimized Insert Marking Description for each cutter size. Insert size Insert Insert size Insert 1: ACZ310 \u2fdf\u2fdfModel Description 25 grade 25 1 grade 2: DS20 BRG16 08 08 ACP300 1 P3: ACP300 3F: ACM300F Grade Nose Radius Effective cutting edge length: \u00f816 - 26...08 \u00f832 - 33...10 Cutter Effective cutting Insert grade diameter edge length Insert Model Nose radius ACP300 ACM300F ACZ310 DS20 (for steel) (for aluminum) (for stainless steel) (for cast iron) \u00f816, \u00f817 BRG160808 \u20078 \u25cb\u25cb\u25cb\u25cb \u00f820, \u00f821 BRG200808 \u20078 \u00f825, \u00f826 BRG250808 \u20078 0.8 \u25cb \u25cb \u25cb \u25cb BRG321008 10 \u25cb\u25cb\u25cb\u25cb \u00f832, \u00f833 BRG321032 10 \u25cb\u25cb\u25cb\u25cb 3.2 \u2014 \u2014 \u2014 \u25cb 1.\t Inserts are available in packets of 10 pcs. Caution Please specify the insert model number and grade when ordering. \u2022\tInserts are exclusive for each cutter diameter. Be sure to purchase an insert suited to the cutter diameter, as the use of a different insert may cause problems. \u2022\t\u0003Not compatible with inserts for FULLCUT MILL FCM Type. \u25a0\u25a0Insert Grade Description ACM300F ACZ310 ACP300 Uses a new coating with improved Material for cast iron and ductile cast iron smoothness and adhesiveness on a newly machining, with a PVD multilayer coating Material for general steel, with a super developed ultra-hard carbide substrate. on an ultra-fine particle alloy substrate. multi-layered PVD coating on a super- Excellent welding and chipping resistance, Highly wear-resistant and also resistant to tough substrate. Excellent chipping and capable of stable stainless steel machine impact. and thermal fracture resistance allows machining. interrupted cutting as well. DS20 Material for non-ferrous metals, with a special diamond coating (DLC) realizing high adhesion and low friction, on K20 class carbide. <Insert Clamping Screw Set> Insert clamp screws and tightening wrench are consumables. Order periodically for replacement or spares. \u25cf Insert Clamping Screw Set \u25cf Driver-Type Wrench Screw x 10 pcs Wrench x 1 pce. Cutter diameter Insert Model Set Model Wrench Model J Endmilling S2506DS DA-T8 \u00f816, \u00f817 BRG1608\u25a1\u25a1 S3508DS DA-T15 J4 \u00f820, \u00f821 BRG2008\u25a1\u25a1 \u00f825, \u00f826 BRG2508\u25a1\u25a1 \u00f832, \u00f833 BRG3210\u25a1\u25a1","Indexable Insert Endmill FULLCUT MILL FCR Type Cutting Conditions Max. Cutter Blind Hole Helical Through Hole Cutter Blind Hole Helical Through Hole ramping angle 3\u00b0 diameter Machining Helical Machining diameter Machining Helical Machining Min. diameter Min. diameter Max. diameter Min. diameter Max. diameter Min. diameter \u00f816 \u00f830 \u00f827 \u00f822 \u00f825 \u00f848 \u00f845 \u00f839 \u00f817 \u00f832 \u00f829 \u00f824 \u00f826 \u00f850 \u00f847 \u00f841 \u00f820 \u00f838 \u00f835 \u00f829 \u00f832\u0003 \u00f862 \u00f859 \u00f848 \u25a0\u25a0Ramping\/Helical Milling \u00f821 \u00f840 \u00f837 \u00f831 \u00f833 \u00f864 \u00f861 \u00f850 Cutter Material Carbon Steel Unalloyed Pre-hardened Tool Steel Cast Iron Aluminum diameter Alloy Steel Steel Steel HRC40 Stainless Steel (SKD11) ACZ310 \u00f816 - \u00f817 Insert grade 60 - 80 DS20 Cutting fluid ACP300 or less 100 - 180 Dry\/Wet Cutting speed Vc (m\/min) ACM300F 200 - 1,000 Feed rate fz (mm\/t) Dry 100 - 200 150 - 220 60 - 80 100 - 150 0.06 - 0.12 0.06 - 0.12 100 - 200 150 - 200 0.05 - 0.08 0.08 - 0.16 0.06 - 0.1 0.08 - 0.18 0.06 - 0.24 0.08 - 0.2 0.08 - 0.2 Cutting speed Vc (m\/min) 100 - 200 150 - 200 60 - 100 120 - 150 60 - 100 100 - 180 200 - 1,000 \u00f820 - \u00f826 0.08 - 0.2 0.08 - 0.2 0.05 - 0.1 0.12 - 0.2 0.06 - 0.1 0.02 - 0.18 0.1 - 0.35 Feed rate fz (mm\/t) Cutting speed Vc (m\/min) 60 - 100 120 - 150 60 - 120 100 - 180 200 - 1,000 \u00f832 - \u00f833 0.05 - 0.1 0.12 - 0.2 0.08 - 0.12 0.06 - 0.2 0.1 - 0.35 Feed rate fz (mm\/t) \u25a0\u25a0Shoulder Milling\/Slotting Cutter Material Carbon Steel Unalloyed Pre-hardened Tool Steel Cast Iron Aluminum diameter Alloy Steel Steel Steel HRC40 Stainless Steel (SKD11) ACZ310 Insert grade DS20 Cutting fluid ACP300 or less 80 - 120 100 - 180 Dry\/Wet ACM300F 0.08 - 0.12 0.08 - 0.18 200 - 1,000 100 - 180 0.1 - 0.3 Dry 80 - 120 0.08 - 0.2 200 - 1,500 0.08 - 0.12 0.1 - 0.35 Cutting speed Vc (m\/min) 100 - 200 100 - 200 60 - 80 120 - 180 \u00f816 - \u00f821 0.08 - 0.18 0.08 - 0.18 100 - 200 100 - 200 0.05 - 0.1 0.12 - 0.18 Feed rate fz (mm\/t) 0.08 - 0.2 0.08 - 0.2 Cutting speed Vc (m\/min) 60 - 100 120 - 180 \u00f825 - \u00f833 0.05 - 0.1 0.12 - 0.2 Feed rate fz (mm\/t) \u2190Min. movement Max. Cutter diameter Max. peck Min. movement Cutter diameter Max. peck Min. movement peck \u00f816 0.5 14 \u00f825 1 23 \u00f817 15 \u00f826 24 \u25a0\u25a0Peck-drillingEndmilling \u00f820 1 18 \u00f832 2 30 \u00f821 19 \u00f833 31 \u2190 Cutter Material Carbon Steel Unalloyed Pre-hardened Tool Steel Cast Iron Aluminum diameter Alloy Steel Steel Steel HRC40 Stainless Steel (SKD11) ACZ310 \u00f816 - \u00f817 Insert grade 60 - 80 DS20 Cutting fluid ACP300 or less 80 - 160 Air\/Wet Cutting speed Vc (m\/min) ACM300F 200 - 350 80 - 120 80 - 120 Feed per rev. f (mm\/rev) 0.06 - 0.1 0.06 - 0.1 Dry\/Air Blow 0.06 - 0.1 60 80 - 120 0.04 - 0.06 0.05 - 0.08 0.05 - 0.08 0.06 - 0.1 Cutting speed Vc (m\/min) 100 - 160 100 - 160 60 - 100 100 - 160 60 - 100 80 - 180 200 - 500 \u00f820 - \u00f826 0.1 - 0.25 0.1 - 0.25 0.1 - 0.25 0.12 - 0.25 0.1 - 0.2 0.08 - 0.3 0.1 - 0.3 Feed per rev. f (mm\/rev) J Cutting speed Vc (m\/min) 100 - 160 100 - 160 60 - 100 100 - 160 60 - 100 80 - 180 200 - 600 \u00f832 - \u00f833 Feed per rev. f (mm\/rev) 0.1 - 0.3 0.1 - 0.3 0.1 - 0.3 0.12 - 0.3 0.1 - 0.2 0.08 - 0.4 0.1 - 0.3 Caution \u2022\tThis table is a guideline for selecting cutting parameters. Adjust them as needed according to the machine and workpiece conditions. \u2022\tBe sure to use safety enclosures, as chips may scatter. \u2022\tDo not use oil-based cutting fluid, as there is a risk of fire. \u2022\tDry cutting is recommended for stainless steel as well; however, wet cutting may extend insert life in case severe built-up edge occurs. J5","Indexable Insert Endmill FULLCUT MILL FCR Type APPLICATION EXAMPLES S50C helical machining was accomplished stably at 1,100mm\/min. feed, with excellent perpendicularity. 90\u00b0 FULLCUT MILL Model BBT40-FCR20083-120 with \u00f830 side hole Insert Model Machining from bar material Workpiece material BRG200808 (ACP300) Cutting speed Vc (m\/min) S50C\/Air blow Feed Vf (mm\/min) 150 Axial cutting depth ap (mm) 1,100 Machining hole diameter 2mm x 3 times \u00f838 Even with less-rigid workpiece with 3mm bottom thickness clamped by a vise, machining at 4,300mm\/min. feed on both sides of the workpiece is achieved. Bottom FULLCUT MILL Model BBT40-FCR20083-85 thickness Insert Model Workpiece material BRG200808 (DS20) 3mm Cutting speed Vc (m\/min) A2017\/Air blow Feed Vf (mm\/min) 750 Axial cutting depth ap (mm) 4,300 Radial cutting depth ae (mm) 6mm x 3 times Max. 20 Side holes caused frequent machining defects with conventional \u00f830 drilling, while helical machining achieved excellent stability. No problems with machining surface or steps either. FULLCUT MILL Model BBT40-FCR25083-85 Insert Model Workpiece material BRG250808 (ACP300) Cutting speed Vc (m\/min) SS400\/Dry cutting Feed Vf (mm\/min) 160 Hole depth (mm) 600 25 Even with less-rigid cantilever chucking of a workpiece on a millturn machine, low cutting resistance allowed high- precision, high-efficiency machining with no problems. FULLCUT MILL Model BBT40-FCR16082-85 Insert Model Workpiece material BRG160808 (ACP300) Cutting speed Vc (m\/min) S45C\/Dry cutting Feed Vf (mm\/min) 160 Axial cutting depth ap (mm) 650 Radial cutting depth ae (mm) 2 10 Excellent surface finish for indexable insert endmills, and J no finishing required. No problems with steps either. Achieved 7 times greater cutting efficiency than conventional carbide drills and endmills. Depth 15 FULLCUT MILL Model BBT40-FCR20083-85 Endmilling Insert Model Workpiece material BRG200808 (DS20) Cutting speed Vc (m\/min) A2017\/Wet cutting Feed Vf (mm\/min) Axial cutting depth ap (mm) 350 Radial cutting depth ae (mm) 2,000 5mm Peck-drilling 20 J6","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f850 FULLCUT MILL FCM Type Indexable insert endmills which combine sharpness and toughness are comparable to solid endmills. \u2a0b\u2a0bAbundant variations from cylindrical shanks to DUAL CONTACT integrated types. BBT Integrated Type Slotting Shoulder milling Holder with DUAL CONTACT as standard R \u2022\tTough 7\/24 taper shank integrated type. SPINDLE SYSTEM Complete Fit Equipped with DUAL CONTACT <BIG-PLUS> to further DUAL CONTACT improve rigidity and precision! \u25cf BT type dual contact system. \u25cf Improvement of rigidity, Z-axis [Standard Type] accuracy, and ATC repeatability. \u2fdf\u2fdfModel Description Caution BBT30 - FCM 16 09 2 - 65 BIG-PLUS spindles produced by licensed machine or spindle builders are strictly controlled in dimensions by the BIG original MASTER GAUGE. L dimension Only the BIG-PLUS HOLDERS can achieve the optimal performance of Number of inserts these spindles fully and safely. Effective cutting edge length ap Cutter diameter \u00f8Dc L FCM Type L1 BIG-PLUS BT No. Effective cutter length A ap BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles.Endmilling \u00f8Dc Cutter \u00f8D1ModelEffective\u00f8D1LL1ANumberInsert ModelWeight diameter cutting edge of inserts (kg) \u00f8Dc length ap 16 BBT30-FCM16092-\u200765 43 23 2 ARG1609\u25a1\u25a1 0.48 20 -FCM20093-\u200765 9 40 65 43 28 3 ARG2009\u25a1\u25a1 0.49 25 -FCM25093-\u200765 43 33 3 ARG2509\u25a1\u25a1 0.52 32 -FCM32113-\u200765 43 38 3 ARG3211\u25a1\u25a1 0.56 40 -FCM40114-\u200750 11 \u2014 50 28 25 4 ARG4011\u25a1\u25a1 0.54 50 -FCM50115-\u200750 28 5 0.65 BBT40-FCM16092-\u200785 55 85 58 23 1.2 16 -105 9 58 105 78 30 2 ARG1609\u25a1\u25a1 1.3 -120 60 1.4 -150 120 93 25 150 123 1.7 -FCM20093-\u200785 55 85 58 28 1.2 20 -105 9 58 105 78 35 3 ARG2009\u25a1\u25a1 1.3 -120 60 1.4 -150 120 93 30 150 123 1.8 -FCM25093-\u200785 55 85 58 33 1.2 25 -120 9 58 120 93 45 3 ARG2509\u25a1\u25a1 1.5 -135 60 1.6 -165 135 108 40 165 138 1.9 -FCM32113-\u200785 55 85 58 38 1.3 32 -120 11 58 120 93 60 3 ARG3211\u25a1\u25a1 1.6 -135 60 135 108 50 1.7 -165 165 138 40 2.2 J -FCM40114-\u200785 55 85 58 43 1.4 40 -120 -135 11 58 120 93 65 4 1.8 -165 60 135 108 60 2.0 \u2014 165 138 50 -FCM50115-\u200770 ARG4011\u25a1\u25a1 2.5 70 43 38 1.4 50 -120 11 60 120 93 65 5 2.2 -135 135 108 60 2.4 -165 165 138 50 3.0 1.\t Wrench included. Inserts must be ordered separately. Inserts J14 Cutting conditions J15 2.\t For medium\/heavy grooving exceeding L = 120mm at \u00f820 or L = 135mm at \u00f825 or more, we recommend the LONG TYPE (next page). In such cases, 2-flute LONG TYPEs can perform machining using several times greater axial cutting depth, achieving machining efficiency significantly higher than 3-flute models. J7","Cutter diameter: \u00f816 - \u00f832 Indexable Insert Endmill FULLCUT MILL FCM Type [Long Type] DUAL CONTACT L L1 R Effective cutter length A ap BIG-PLUS (BBT Shank) tools can be used on both BIG-PLUS spindles and conventional BT spindles.\u00f870 \u00f8Dc Cutter Model Effective \u00f8D1\u00f8D1LL1ANumberInsert ModelWeight diameter cutting edge of inserts (kg) Endmilling \u00f8Dc length ap 16 BBT30-FCM16092L-\u200785 63 45 ARG1609\u25a1\u25a1 0.52 ARG2009\u25a1\u25a1 0.55 20 -FCM20092L-\u200785 9 40 \u200785 63 50 2 ARG2509\u25a1\u25a1 0.62 25 -FCM25092L-\u200785 63 50 ARG3211\u25a1\u25a1 0.71 ARG1609\u25a1\u25a1 1.3 32 -FCM32112L-\u200785 11 63 60 1.4 ARG2009\u25a1\u25a1 1.4 16 BBT40-FCM16092L-105 9 60 105 78 45 2 1.5 -120 120 93 ARG2509\u25a1\u25a1 1.5 1.7 20 -FCM20092L-120 9 60 120 93 60 2 ARG3211\u25a1\u25a1 1.7 -135 135 108 1.9 25 -FCM25092L-135 9 60 135 108 75 2 -150 150 123 32 -FCM32112L-135 11 60 135 108 80 2 -150 150 123 90 1.\t Wrench included. Inserts must be ordered separately. Inserts J14 Cutting conditions J15 \u25a0\u25a0Adapter An adapter for use of the BBT40 (FULLCUT MILL) on BBT50\/BT50 machines. BBT50 L FCR = 240mm BBT40 FCM = 255mm Max. L dimension BBT50 FULLCUT J MILL Body Model L Combination with the Long Type enables further workpiece interference countermeasures. BBT50-BBT40-50 50 -90 90 J8","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f850 FULLCUT MILL FCM Type BDV Integrated Type [Standard Type] DUAL CONTACT R L L1 Effective cutter length A BDV No. ap Endmilling BIG-PLUS (BDV Shank) tools can be used on both BIG-PLUS spindles and conventional DV spindles. \u00f870 \u00f8DcCutterModelEffective\u00f8D1LL1ANumberInsert ModelWeight \u00f8D1diametercutting edgeof inserts(kg) \u00f8Dc length ap 16 20 BDV40-FCM16092-\u200785 \u200785 \u200765 23 1.2 25 32 -105 \u20079 52 105 \u200785 35 2 ARG1609\u25a1\u25a1 1.3 40 50 -120 120 100 34 1.4 -FCM20093-\u200785 \u200785 \u200765 35 1.2 -105 \u20079 52 105 \u200785 40 3 ARG2009\u25a1\u25a1 1.3 -120 120 100 39 1.4 -FCM25093-\u200785 \u200785 \u200765 33 1.2 -120 \u20079 52 120 100 45 3 ARG2509\u25a1\u25a1 1.4 -135 135 115 40 1.6 -FCM32113-\u200785 \u200785 \u200765 38 1.3 -120 11 52 120 100 60 3 ARG3211\u25a1\u25a1 1.5 -135 135 115 50 1.7 -FCM40114-\u200785 \u200785 \u200765 45 1.4 -120 11 52 120 100 65 4 ARG4011\u25a1\u25a1 1.7 -135 135 115 60 2.0 -FCM50115-\u200770 \u200770 \u200750 50 1.5 -120 11 52 120 100 100 5 ARG4011\u25a1\u25a1 2.2 -135 135 115 115 2.4 1.\t Wrench included. Inserts must be ordered separately. Inserts J14 Cutting conditions J15 \u25a0\u25a0Adapter An adapter for use of the BDV40 (FULLCUT MILL) on BDV50\/DV50 machines. L J BDV50 BDV40 FCR = 225mm FCM = 225mm Max. L dimension BDV50 FULLCUT MILL Body Model L BDV50-BDV40-50 50 -90 90 J9","Cutter diameter: \u00f812 - \u00f850 Indexable Insert Endmill FULLCUT MILL FCM Type Cylindrical Shank Type\u0003 Slotting Shoulder milling We recommend the MEGA DOUBLE POWER CHUCK for chucking. \u2022\tHighly versatile Cylindrical Shank Type. MEGA DOUBLE L Make cutting easier by combining with the Effective cutter length POWER CHUCK! Ls A ap Cutter diameter Fig. 1 \u00f8Ds \u00f8DS L from \u00f812 - \u00f8DC Ls 1 - 90 Effective cutter \u2fdf\u2fdfModel Description \u00f8Dc length A ST16 - FCM 12 09 ap L dimension Number of inserts Effective cutting edge length ap Cutter diameter \u00f8Dc FCM Type Cylindrical shank diameter Fig. 2 Cutter Model Fig. Effective L A Ls Number Insert Model Weight diameter 1 \u00f8Ds cutting edge of inserts (kg) ST16-FCM12091-\u200790 15 \u00f8Dc -FCM14091-\u200790 2 length ap 17 12 -FCM16092-\u200790 25 14 16 \u200790 30 70 1 ARG1609\u25a1\u25a1 0.1 16 ST20-FCM20093-110 \u20079 35 0.1 20 ST25-FCM25093-120 35 25 ST32-FCM32113-130 20 110 65 2 0.1 32 25 120 40 -FCM40114-130 80 3 ARG2009\u25a1\u25a1 0.2 40 -180 130 85 ARG2509\u25a1\u25a1 0.4 32 11 180 50 -FCM50115-130 95 3 ARG3211\u25a1\u25a1 0.7 130 90 4 ARG4011\u25a1\u25a1 0.8 140 1.2 90 5 1.0 1.\t Wrench included. Inserts must be ordered separately. Inserts J14 Cutting conditions J15 [Oversize] Cutter diameter is 1mm larger than shank diameter, L Ls preventing workpiece interference. Effective cutter length A ap Cutter Model Effective L A Ls\u00f8Ds Number Weight diameter \u00f8Ds cutting edge \u00f8Dc of inserts Insert Model (kg) length ap Endmilling \u00f8Dc 2 2 16 ST15-FCM16092-120 15 9 120 25 95 2 ARG1609\u25a1\u25a1 0.2 3 ARG1609\u25a1\u25a1 0.2 17 ST16-FCM17092-120 16 9 120 25 95 2 ARG2009\u25a1\u25a1 0.4 3 0.3 20 ST19-FCM20092-165 19 9 165 30 135 2 ARG2009\u25a1\u25a1 0.4 -FCM20093-135 135 105 3 0.3 2 ARG2509\u25a1\u25a1 0.7 21 ST20-FCM21092-165 20 9 165 30 135 3 0.6 -FCM21093-135 135 105 2 ARG2509\u25a1\u25a1 0.6 3 0.6 25 ST24-FCM25092-180 24 9 180 35 145 2 ARG3211\u25a1\u25a1 1.1 -FCM25093-150 150 115 3 1.0 ARG3211\u25a1\u25a1 1.1 26 ST25-FCM26092-165 25 9 165 38 127 Inserts J14 1.0 -FCM26093-150 150 112 32 ST28-FCM32112-180 28 11 180 48 132 -FCM32113-180 33 ST32-FCM33112-180 32 11 180 48 132 J -FCM33113-180 1.\t Wrench included. Inserts must be ordered separately. Cutting conditions J15 2.\t We recommend 2-flute models for medium\/heavy grooving. 3.\t For medium or heavy slot milling with projection length exceeding 2.5 times the diameter, 2-insert models are recommended. \u2a0b\u2a0bMachining of S55C Model ST32-FCM33112-180 Axial DOC ap (mm) 10mm x 10 steps Radial DOC ae (mm) Max. 33mm Cutting speed Vc (m\/min) 120 Feed rate fz (mm\/t) 0.1 Result Machining was problem-free even under heavy cutting conditions of projection 110mm and ap 10mm. J10","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f850 FULLCUT MILL FCM Type HSK Integrated Type Slotting Shoulder milling [Standard Type] \u2fdf\u2fdfModel Description Manual L HSK-A40 - FCM 16 09 2 - 65 Clamping Hole L1 Effective cutter length A ap L dimension Number of inserts Effective cutting edge length ap Endmilling \u00f8DcCutter diameter \u00f8DcCoolant Pipe \u00f8D1FCM Type(Optional) \u00f8D2HSK SHANK No. A Type (DIN69893-1) (ISO12164) Cutter Model Effective \u00f8D1 \u00f8D2 L L1 A Number Insert Model Weight diameter cutting edge of inserts (kg) \u00f8Dc length ap 16 HSK-A40-FCM16092-\u200765 25 23 2 ARG1609\u25a1\u25a1 0.3 20 -FCM20093-\u200765 34 25 -FCM25093-\u200765 9 37 28 ARG2009\u25a1\u25a1 0.3 32 -FCM32113-\u200765 11 \u2014 35 3 ARG2509\u25a1\u25a1 0.4 40 -FCM40114-\u200765 \u2014 65 50 -FCM50115-\u200765 ARG3211\u25a1\u25a1 0.5 \u2014 45 4 ARG4011\u25a1\u25a1 0.6 5 0.7 16 HSK-A50-FCM16092-\u200775 23 2 ARG1609\u25a1\u25a1 0.6 20 -FCM20093-\u200775 9 32 40 41 28 ARG2009\u25a1\u25a1 0.6 25 -FCM25093-\u200775 33 3 ARG2509\u25a1\u25a1 0.6 32 -FCM32113-\u200775 75 39 ARG3211\u25a1\u25a1 0.7 40 -FCM40114-\u200775 11 \u2014\u2014 \u2014 48 4 ARG4011\u25a1\u25a1 0.9 50 -FCM50115-\u200775 5 1.0 HSK-A63-FCM16092-\u200785 85 51 23 0.9 16 -105 9 45 50 105 71 30 2 ARG1609\u25a1\u25a1 1.0 -120 120 86 25 1.1 -150 150 116 25 1.3 -FCM20093-\u200785 85 51 28 1.0 20 -105 9 45 50 105 71 35 3 ARG2009\u25a1\u25a1 1.1 -120 120 86 30 1.2 -150 150 116 30 1.4 -FCM25093-\u200785 85 51 33 1.0 25 -120 9 45 50 120 86 45 3 ARG2509\u25a1\u25a1 1.2 -135 135 101 40 1.3 -165 165 131 40 1.5 -FCM32113-\u200785 85 51 38 1.1 32 -120 11 45 50 120 86 60 3 ARG3211\u25a1\u25a1 1.3 -135 135 101 50 1.4 -165 165 131 40 1.7 -FCM40114-\u200785 85 51 43 1.3 40 -120 11 45 50 120 86 65 4 ARG4011\u25a1\u25a1 1.5 -135 135 101 60 1.7 -165 165 131 50 2.1 -FCM50115-\u200770 70 28 28 1.3 50 -120 11 \u2014 53 120 78 78 5 ARG4011\u25a1\u25a1 1.9 -135 135 93 93 2.2 J -165 165 123 123 2.8 1.\t Wrench included. Inserts must be ordered separately. C63 Inserts J14 2.\t C\u0003 oolant pipe is not included. Please order separately. See page Cutting conditions J15 J11","Cutter diameter: \u00f816 - \u00f832 Indexable Insert Endmill FULLCUT MILL FCM Type [Long Type] Manual L Clamping Hole L1 Effective cutter length A ap Coolant Pipe \u00f8Dc \u00f8Dc (Optional) \u00f8D1 \u00f8D1 A Type (DIN69893-1) (ISO12164) \u00f8D2 Endmilling Cutter Model Effective \u00f8D1 \u00f8D2 L L1 A Number Insert Model Weight diameter cutting edge of inserts ARG1609\u25a1\u25a1 (kg) ARG2009\u25a1\u25a1 \u00f8Dc length ap ARG2509\u25a1\u25a1 0.9 ARG3211\u25a1\u25a1 1.0 16 HSK-A63-FCM16092L-\u200785 9 45 50 85 51 40 2 1.1 -120 120 86 45 1.2 1.1 20 -FCM20092L-105 9 45 50 105 71 50 2 1.2 -120 120 86 60 1.3 1.4 25 -FCM25092L-105 9 45 50 105 71 55 2 -120 120 86 65 32 -FCM32112L-120 11 45 50 120 86 70 2 -135 135 101 80 1.\t Wrench included. Inserts must be ordered separately. C63 Inserts J14 Cutting conditions J15 2.\t C\u0003 oolant pipe is not included. Please order separately. See page [Standard Type] \u2fdf\u2fdfModel Description Coolant Pipe L HSK-E25 - FCM 16 09 2 - 45 (Optional) L1 Effective cutter length A ap L dimension E Type (DIN69893-5) Number of inserts Effective cutting edge length ap Cutter diameter \u00f816 FCM Type HSK-E SHANK No. Cutter Model Effective \u00f8D1 L L1 A Number of Insert Model Weight diameter cutting edge inserts (kg) \u00f8Dc length ap HSK-E25-FCM16092-45 19 45 35 23 0.17 16 -E32-FCM16092-55 9 26 55 35 23 2 ARG1609\u25a1\u25a1 0.20 -E40-FCM16092-65 34 65 45 28 0.45 1.\t Wrench included. Inserts must be ordered separately. C63 Inserts J14 Cutting conditions J15 2.\t C\u0003 oolant pipe is not included. Please order separately. See page Caution J As the HSK-E type interface does not have drive key grooves, there is a risk that it may slip in the machine spindle and damage it if cutting load exceeds clamping force of the machine tool. Starting from the lowest possible conditions, increase them gradually while observing the cutting status, and find the optimum with sufficient safety margin. J12","Indexable Insert Endmill Cutter diameter: \u00f816 - \u00f850 FULLCUT MILL FCM Type CAPTO is a trademark licensed by Sandvik Coromant. BIG CAPTO Integrated Type Slotting Shoulder milling L [Standard Type] L1 \u2fdf\u2fdfModel Description Effective cutter length A ap C5 - FCM 16 09 2 - 65 L dimension Number of inserts Effective cutting edge length ap Cutter diameter \u00f8Dc FCM Type Shank No. Endmilling C5 \u00f8Dc \u00f8D1 Cutter Model Effective \u00f8D1 L L1 A Number Insert Model Weight diameter cutting edge of inserts (kg) C5-FCM16092 - 65 length ap \u00f8Dc - 90 16 \u20079 40 65 45 23 2 ARG1609\u25a1\u25a1 0.5 20 -FCM20093 - 65 44 90 70 30 0.6 25 - 90 32 \u20079 40 65 45 28 3 ARG2009\u25a1\u25a1 0.5 40 -FCM25093 - 65 44 90 70 35 0.6 50 - 90 \u20079 40 65 45 33 3 ARG2509\u25a1\u25a1 0.6 -FCM32113 - 65 44 90 70 40 0.7 - 90 11 40 65 45 38 3 ARG3211\u25a1\u25a1 0.6 -FCM40114 - 50 44 90 70 45 0.8 - 90 11 \u2014 50 30 25 4 0.6 -FCM50115 - 50 46 90 70 60 5 1.0 - 90 ARG4011\u25a1\u25a1 0.7 50 30 25 1.0 11 \u2014 90 70 65 1.\t Wrench included. Inserts must be ordered separately. Inserts J14 Cutting conditions J15 J J13","Indexable Insert Endmill FULLCUT MILL FCM Type <Insert> FCM Type Insert Marking Description exclusive Insert size Insert Insert size Insert 1 : ACZ310 \u2fdf\u2fdfModel Description grade 32 1 grade 2 : DS20 ARG16 09 02 ACP300 32 P2 : ACP200 1 P3 : ACP300 Grade 3F : ACM300F Nose Radius Effective cutting edge length: \u00f812 - 26...09 \u00f832 - 50...11 Effective Nose Insert grade cutting radius Cutter diameter Insert Model edge ACP300 ACP200 ACM300F ACZ310 DS20 length 0.2 (for steel) (for pre-hardened steel) (for stainless steel) (for cast iron) (for aluminum) \u00f812 - \u00f817 ARG160902 0.4 \u00f820, \u00f821 160904 \u20079 0.2 \u25cb \u2014\u25cb \u25cb \u25cb \u00f825, \u00f826 \u20079 0.4 \u25cb \u25cb \u25cb \u00f832, \u00f833 ARG200902 \u20079 0.2 \u25cb \u25cb\u25cb \u25cb \u25cb \u00f840, \u00f850 200904 11 0.4 \u25cb \u2014\u25cb \u25cb \u25cb 11 0.2 \u25cb \u25cb \u25cb ARG250902 0.4 \u25cb \u25cb\u25cb \u25cb \u25cb 250904 0.2 \u25cb \u2014\u25cb \u25cb \u25cb 0.4 \u25cb \u25cb \u25cb ARG321102 \u25cb \u25cb\u25cb \u25cb \u25cb 321104 \u25cb \u2014\u25cb \u25cb \u25cb ARG401102 \u25cb\u25cb 401104 \u2014\u25cb \u25cb\u25cb 1.\t Inserts are available in packets of 10 pcs. Caution Please specify the insert model number and grade when ordering. \u2022\tInserts are exclusive for each cutter diameter. Be sure to purchase an insert suited to the cutter diameter, as the use of a non-compatible insert may cause problems. \u2022\tNot compatible with inserts for FULLCUT MILL FCR Type. \u2022\tInsert with nose radius 0.2 is for light cutting. \u25a0\u25a0Insert Grade Description ACP300 ACP200 ACM300F ACZ310 Material for general steel, with With multilayers of nano-order Uses a new coating with improved smoothness Material for cast iron and ductile cast a PVD multilayer coating on an TiAlN and AlCrN on a high- and adhesiveness on a newly developed ultra- iron machining, with a PVD multilayer ultra-tough substrate. Resistant hardness base, it has superior wear hard carbide substrate. Excellent welding and coating on an ultra-fine particle alloy to chipping and thermal fractures, resistance in pre-hardened steel chipping resistance, and capable of stable substrate. Highly wear-resistant and allowing interrupted cutting as well. machining. stainless steel machining. also resistant to machine impact. DS20 Both ACP300 and ACP200 can be used for steel machining Material for non-ferrous metals, ACP200 has excellent wear resistance, while ACP300 has superb chipping with a special diamond coating resistance. For steel machining, we recommend ACP300 the most (DLC) realizing high adhesion and highly. ACP300 provides stable machining, but for even higher speeds or low friction, on K20 class carbide. when wear resistance is required, use ACP200. Note that ACP200 is not recommended for heavy interrupted cutting or heavy cutting. <Insert Clamping Screw Set> Insert clamp screw and tightening wrench are consumables. Order periodically for replacement or spares. \u25cf Insert Clamping Screw Set \u25cf Driver-Type Wrench Screw x 10 pcs Wrench x 1 pce. J Cutter diameter Insert Model Set Model Wrench Model J14 Endmilling S2505DS DA-T8 \u00f812 ARG1609\u25a1\u25a1 S2506DS DA-T15 \u00f814, \u00f816, \u00f817 ARG2009\u25a1\u25a1 S3508DS \u00f820, \u00f821 ARG2509\u25a1\u25a1 \u00f825, \u00f826 ARG3211\u25a1\u25a1 \u00f832, \u00f833 ARG4011\u25a1\u25a1 \u00f840 \u00f850","Indexable Insert Endmill FULLCUT MILL FCM Type Cutting Conditions \u25a0\u25a0Shoulder Milling\/Slotting Caution \u2022\tFULLCUT MILL FCM Type cannot be used for machining with Z-direction tool feed, such as ramping or drilling. Light to medium cutting Cutter Material Carbon Steel Unalloyed Steel Pre-hardened Steel Stainless Steel Cast Iron Aluminum diameter Alloy Steel HRC40 or less ACZ310 Insert grade DS20 Cutting fluid ACP300 ACP200 ACM300F 100 - 200 Dry\/Wet Dry 0.1 - 0.2 200 - 750 100 - 200 0.10 - 0.3 Cutting speed Vc (m\/min) 150 - 250 180 - 250 80 - 140 140 - 180 0.1 - 0.2 200 - 1,000 \u00f812 - \u00f814 100 - 200 0.10 - 0.3 0.1 - 0.2 0.1 - 0.2 0.08 - 0.12 0.12 - 0.18 0.1 - 0.2 200 - 1,500 Feed rate fz (mm\/t) 80 - 200 0.10 - 0.35 0.1 - 0.2 200 - 1,500 Cutting speed Vc (m\/min) 150 - 250 180 - 250 80 - 140 140 - 180 0.10 - 0.35 \u00f816 - \u00f821 0.1 - 0.2 0.1 - 0.2 0.08 - 0.12 0.12 - 0.18 Feed rate fz (mm\/t) Cutting speed Vc (m\/min) 180 - 280 200 - 280 80 - 140 140 - 200 \u00f825 - \u00f833 0.1 - 0.24 0.1 - 0.22 0.08 - 0.14 0.12 - 0.2 Feed rate fz (mm\/t) Cutting speed Vc (m\/min) 180 - 280 200 - 280 80 - 140 140 - 200 \u00f840 - \u00f850 0.1 - 0.24 0.1 - 0.22 0.08 - 0.14 0.12 - 0.2 Feed rate fz (mm\/t) Heavy interrupted cutting\/Heavy cutting Cutter Material Carbon Steel Unalloyed Steel Stainless Steel Cast Iron Aluminum diameter Alloy Steel ACZ310 Insert grade DS20 Cutting fluid ACP300 ACM300F 100 - 180 Dry\/Wet Dry 0.08 - 0.18 200 - 750 100 - 180 0.10 - 0.2 Cutting speed Vc (m\/min) 100 - 200 150 - 200 120 - 180 0.08 - 0.18 200 - 1,000 \u00f812 - \u00f814 100 - 200 0.10 - 0.2 0.08 - 0.14 0.1 - 0.15 0.12 - 0.15 0.08 - 0.2 200 - 1,500 Feed rate fz (mm\/t) 100 - 220 0.10 - 0.3 0.08 - 0.2 200 - 1,500 Cutting speed Vc (m\/min) 100 - 200 150 - 200 120 - 180 0.10 - 0.3 \u00f816 - \u00f821 0.08 - 0.14 0.1 - 0.15 0.12 - 0.15 Feed rate fz (mm\/t) Cutting speed Vc (m\/min) 100 - 200 160 - 220 120 - 180 \u00f825 - \u00f833 0.1 - 0.16 0.1 - 0.15 0.12 - 0.15 Feed rate fz (mm\/t) Cutting speed Vc (m\/min) 100 - 200 160 - 220 120 - 180 \u00f840 - \u00f850 0.1 - 0.16 0.1 - 0.15 0.12 - 0.15 Feed rate fz (mm\/t) Caution \u2022\tFor the oversize type, we recommend 2-flute models for medium\/heavy slotting. \u2022\tDry (or air blow) cutting is recommended for steel machining, except finishing. \u2022\tAs the nose radius 0.2 insert is for light cutting, pay attention to the axial and radial cutting depth and the feed rate. Dry cutting is recommended for stainless steel as well; however, wet cutting may extend insert life in case severe built-up edge occurs. \u2022\tThis table is a guideline for selecting cutting parameters. Adjust them as needed according to the machine and workpiece conditions, considering the cutting width as well. J Endmilling J15"]