TAKAMAZ XC,XT,XL Series Catalog

CNC1Spindle1Turret Precision Lathe XT-6/XT-6M XC・XT・XL series TAKAMATSU MACHINERY CO.,LTD. TP MACHINE PARTS CO.,LTD. ■HEAD OFFICE & PLANT 　 128/345 MOO 1 THEPARAK ROAD, BANGSAOTHONG SUBDISTRICT, BANGSAOTHONG DISTRICT, SAMUTPRAKARN 　 1-8 ASAHIGAOKA HAKUSAN-CITY ISHIKAWA JAPAN. 924-8558　TEL +81-(0)76-274-1403　FAX +81-(0)76-274-8530 　 TEL +66-（0）2-706-3820　FAX +66-（0）2-706-3822 TAKAMATSU MACHINERY USA INC. PT.TAKAMAZ INDONESIA　 JL. FESTIVAL BOULEVARD BLOK AA 11 NO.30,31 GRAND WISATA TAMBUN, BEKASI 17510 ■CHICAGO HEAD OFFICE 　 TEL +62-（0）21-8261-6431　FAX +62-（0）21-8261-6430 　 1280 LANDMEIER ROAD ELK GROVE VILLAGE, IL 60007 USA　TEL +1-(0)847-981-8577　FAX +1-(0)847-981-8599 ■CINCINNATI OFFICE TAKAMAZ MACHINERY MEXICO,S.A.DE C.V. 　 5233 MUHLHAUSER ROAD. WEST CHESTER TOWNSHIP, OH 45011 USA　TEL +1-(0)513-870-9777　FAX +1-(0)513-870-0325 　 AVENIDA DE LOS INDUSTRIALES 522, LOCAL 4, INDUSTRIAL JULIAN DE OBREGON, 37290 LEON, GUANAJUATO MEXICO ■GREENVILLE OFFICE 　 TEL +52-477-784-0468 　 506 MATRIX PARKWAY PIEDMONT, SC 29673 USA　TEL +1-(0)847-981-8577 TAKAMAZ MACHINERY EUROPE GmbH TAKAMATSU MACHINERY VIETNAM CO.,LTD　 NO.25, NGUYEN LUONG BANG, TAN PHU WARD, DISTRICT 7, HO CHI MINH CITY, VIETNAM 　 INDUSTRIEGEBIET, DIEPENBROICH 27 D-51491 OVERATH, GERMANY 　 TEL +84-（0）28-5417-3917　FAX +84-（0）28-5417-3919 　 TEL +49-(0)2206-866-150　FAX +49-(0)2206-865-123 TAKAMAZ MACHINERY（ HANGZHOU） CO.,LTD. ■HANGZHOU HEAD OFFICE 　 NO.6800, JIANGDONG 3RD ROAD, JIANGDONG INDUSTRIAL PARK, XIAOSHAN, HANGZHOU, ZHEJIANG, CHINA 　 TEL +86-（0）571-8287-9709　FAX +86-（0）571-8215-3732 ■GUANGZHOU OFFICE Precautions Related to Foreign Exchange and Foreign Trade Control Laws 　 ROOM 1316, NO.2, KEHUI FOURTH STREET, NO.99 OF SCIENCE ROAD, LUOGANG DISTRICT, GUANGZHOU 　 TEL +86-（0）20-8210-9921　FAX +86-（0）20-8210-9921 This product (machine and ancillary equipment) may fall under the category of controlled goods by the foreign exchange and foreign trade control laws. TAKAMATSU MACHINERY（ THAILAND） CO.,LTD. As such, the exportation must be authorized by the Japanese government as stipulated in the laws ■BANGKOK HEAD OFFICE This product is manufactured in accordance with the regulations and standards that prevail in the 　 888/59 MOO 9, TAMBOL BANGPLA, AMPHUR BANGPLEE, SAMUTPRAKARN PROVINCE, THAILAND country or region of destination. 　 TEL +66-（0）2-136-7831 FAX +66-（0）2-136-7834 The user must not export, sell, or relocate the product, to anycountry with different regulations or standards. ■EASTERN SEABOARD BRANCH 　 848/14 MOO 3, TAMBOL BO WIN, AMPHUR SIRACHA, CHONBURI 20230 　 TEL +66-（0）38-182-509　FAX +66-（0）38-182-510 This brochure is made from 60％ recycled paper. 　19.07.3B（O） XC・XT・XLseries

CNC1Spindle1Turret Precision Lathe In 1976, developed CNC lathe with CRT, "TCC-8" from Japan. Since its development, TAKAMAZ has provided a total of 40,000 CNC lathes and has been providing CNC lathes worldwide. The core of the CNC lathe line up is the "X Series" that has one spindle and one turret structure. This is the most basic structure and yet it is through this structure that TAKAMAZ garnered confidence from valuable customers. In 2010, a more compact, less priced, and aimed at a more creative design, the new series [XC/XT/XL] Series is born. XC 100 XC 150 Max. turning diameter φ180mm Max. turning diameter φ290mm Max. turning length 190mm Max. turning length 204mm Max. bar diameter φ26mm Max. bar diameter （φ51mm） Tool post type 8-station turret Tool post type 8-station turret Rapid traverse rate X :12/Z :18 m/min Rapid traverse rate X :18/Z : 24 m/min Spindle motor AC 7.5/5.5kW Spindle motor AC 11/7.5kW Dimensions（L×W） 1,150×1,360mm Dimensions（L×W） 1,250×1,480mm Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC （ ）: Option ※The photo shows new TAKAMAZ standard color.Environmentally friendly powder coating is employed.

CNC1Spindle1Turret Precision Lathe In 1976, developed CNC lathe with CRT, "TCC-8" from Japan. Since its development, TAKAMAZ has provided a total of 40,000 CNC lathes and has been providing CNC lathes worldwide. The core of the CNC lathe line up is the "X Series" that has one spindle and one turret structure. This is the most basic structure and yet it is through this structure that TAKAMAZ garnered confidence from valuable customers. In 2010, a more compact, less priced, and aimed at a more creative design, the new series [XC/XT/XL] Series is born. XC 100 XC 150 Max. turning diameter φ180mm Max. turning diameter φ290mm Max. turning length 190mm Max. turning length 204mm Max. bar diameter φ26mm Max. bar diameter （φ51mm） Tool post type 8-station turret Tool post type 8-station turret Rapid traverse rate X :12/Z :18 m/min Rapid traverse rate X :18/Z : 24 m/min Spindle motor AC 7.5/5.5kW Spindle motor AC 11/7.5kW Dimensions（L×W） 1,150×1,360mm Dimensions（L×W） 1,250×1,480mm Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC （ ）: Option ※The photo shows new TAKAMAZ standard color.Environmentally friendly powder coating is employed.

CNC1Spindle1Turret Precision Lathe XT・XL XC・XT・XLseriesseries “Surprise the World with Hidden Creativity” XT 6/6M NEW XL 150 XL 200 Max. turning diameter φ180mm（φ200mm） Max. turning diameter φ320mm（For 8-Station Turret） Max. turning diameter φ340mm Max. turning length 240mm（195mm） Max. turning length 370mm Max. turning length 720mm Max. bar diameter φ26mm（φ35mm,φ42mm） Max. bar diameter （φ65mm） Max. bar diameter （φ65mm） Tool post type 8-station turre（t 12-station） Tool post type 8-station turre（t 12-station） Tool post type 12-station turret Rapid traverse rate X :18/Z :24 m/min Rapid traverse rate X :18/Z : 24 m/min Rapid traverse rate X :18/Z : 24 m/min Spindle motor AC 7.5/5.5kW（11/7.5kW） Spindle motor AC 11/7.5kW（15/11kW） Spindle motor AC 11/7.5kW（18.5/15kW） Dimensions（L×W） 1,360×1,370mm Dimensions（L×W） 1,600×1,535mm Dimensions（L×W） 2,900×1,845mm Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC （ ）: Option ※The photo shows new TAKAMAZ standard color.Environmentally friendly powder coating is employed.

CNC1Spindle1Turret Precision Lathe XT・XL XC・XT・XLseriesseries “Surprise the World with Hidden Creativity” XT 6/6M NEW XL 150 XL 200 Max. turning diameter φ180mm（φ200mm） Max. turning diameter φ320mm（For 8-Station Turret） Max. turning diameter φ340mm Max. turning length 240mm（195mm） Max. turning length 370mm Max. turning length 720mm Max. bar diameter φ26mm（φ35mm,φ42mm） Max. bar diameter （φ65mm） Max. bar diameter （φ65mm） Tool post type 8-station turre（t 12-station） Tool post type 8-station turre（t 12-station） Tool post type 12-station turret Rapid traverse rate X :18/Z :24 m/min Rapid traverse rate X :18/Z : 24 m/min Rapid traverse rate X :18/Z : 24 m/min Spindle motor AC 7.5/5.5kW（11/7.5kW） Spindle motor AC 11/7.5kW（15/11kW） Spindle motor AC 11/7.5kW（18.5/15kW） Dimensions（L×W） 1,360×1,370mm Dimensions（L×W） 1,600×1,535mm Dimensions（L×W） 2,900×1,845mm Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC Controller TAKAMAZ & FANUC （ ）: Option ※The photo shows new TAKAMAZ standard color.Environmentally friendly powder coating is employed.

CNC1Spindle1Turret Precision Lathe Only 1,150 mm machine width 　　Pursue the World’s Smallest Lathe High Precision Structure Improved Chip Discharge Increased Operation Efficiency The X-Axis has a pre-tensioned structure. As a countermeasure for thermal displacement, thermal Compared to the previous model, this machine has through Fully Loaded Features result, dimensional variation due to thermal displacement phenomenon is analyzed by computer a bigger interior chip drop chute opening by 2.2 Safety program check done in advance with displacement is suppressed and a design with achieving excellent thermal stability. Repeatability times in addition to the steep angle of bed chute. "Manual Handle Retrace Function", retrieving data stable machining accuracy is achieved. In addition, test for 8 hours shows change of φ5 microns and The chip discharge is excellent. By attaching rear loss with "Automatic Data Backup Capabilities," and the X-axis slide is made larger resulting to a more only φ3 microns after 1-hour machine stop. chip conveyor (option), stoppages as a result of "Counter Function" are some of the added features robust slide. Furthermore, to find a flawless (Based on TAKAMAZ designated cutting condition) chip nesting on the interior bed is prevented. to improve maintenance, operation and ease of use. ○Manual handle trace 390mm ○Workpiece／Tool counter Improved Rigidity and Straightness of Achieved Excellent Thermal Displacement Dovetail Slide through Slide Size Increase Countermeasure through CAD (Computer Aided Design) Only 1,150 mm machine width Ultra-Compact Design Environmentally Friendly The machine is a slim design with width of only Energy Saving Design 1,150mm and still comes with a 120mm stroke As compared to the previous model, the spindle motor is Sigma loader Adjustment X-Axis and 230mm stroke Z-Axis. Even with a upgraded to AC7.5/5.5kW but has much faster spindle slim width, it is still designed with 450mm door acceleration and deceleration time. This contributes to power saving. The weight reduction for resource conservation and opening. The machine accessories are placed in LED light adoption are contributing factors for power-saving front or in accessible locations on the machine as emphasis to routine maintenance. Routine Maintenance and environmentally friendly structure. Details are placed in front Spindle Acceleration Time 2.7sec. （As compared to the previous mode：l 25％ reduction） ○Notification for Routine Inspections 450mm Chuck Pressure Adjustment Reduced Material Use －200kg Lubrication Pump （As compared to the previous mode：l 10％ reduction） XC-100 Spindle power characteristic curve ■ Max.4,500min-1 standard type （AC 7.5/5.5kW） 1,125min-1 3,375min-1 8 T=63.6N・m 7.5kW（15min. S 25% operation area） 7.0kW 1,360mm Floor Space 6 1,500min-1 1.56m2 5.5kW（Cont. rating area） 5.0kW ○Tool torque monitor（kW）4 T=35.0N・m ○Fixed wear 2 60min. S3 40％ operation area Air Pressure Adjustment T=46.6N・m ○Smart Alarm Diagnostic 1,150mm 0 ○Over road check function0 1 2 3 4 Spindle speed（×1,000min-1）　 Output 400mm

CNC1Spindle1Turret Precision Lathe Only 1,150 mm machine width 　　Pursue the World’s Smallest Lathe High Precision Structure Improved Chip Discharge Increased Operation Efficiency The X-Axis has a pre-tensioned structure. As a countermeasure for thermal displacement, thermal Compared to the previous model, this machine has through Fully Loaded Features result, dimensional variation due to thermal displacement phenomenon is analyzed by computer a bigger interior chip drop chute opening by 2.2 Safety program check done in advance with displacement is suppressed and a design with achieving excellent thermal stability. Repeatability times in addition to the steep angle of bed chute. "Manual Handle Retrace Function", retrieving data stable machining accuracy is achieved. In addition, test for 8 hours shows change of φ5 microns and The chip discharge is excellent. By attaching rear loss with "Automatic Data Backup Capabilities," and the X-axis slide is made larger resulting to a more only φ3 microns after 1-hour machine stop. chip conveyor (option), stoppages as a result of "Counter Function" are some of the added features robust slide. Furthermore, to find a flawless (Based on TAKAMAZ designated cutting condition) chip nesting on the interior bed is prevented. to improve maintenance, operation and ease of use. ○Manual handle trace 390mm ○Workpiece／Tool counter Improved Rigidity and Straightness of Achieved Excellent Thermal Displacement Dovetail Slide through Slide Size Increase Countermeasure through CAD (Computer Aided Design) Only 1,150 mm machine width Ultra-Compact Design Environmentally Friendly The machine is a slim design with width of only Energy Saving Design 1,150mm and still comes with a 120mm stroke As compared to the previous model, the spindle motor is Sigma loader Adjustment X-Axis and 230mm stroke Z-Axis. Even with a upgraded to AC7.5/5.5kW but has much faster spindle slim width, it is still designed with 450mm door acceleration and deceleration time. This contributes to power saving. The weight reduction for resource conservation and opening. The machine accessories are placed in LED light adoption are contributing factors for power-saving front or in accessible locations on the machine as emphasis to routine maintenance. Routine Maintenance and environmentally friendly structure. Details are placed in front Spindle Acceleration Time 2.7sec. （As compared to the previous mode：l 25％ reduction） ○Notification for Routine Inspections 450mm Chuck Pressure Adjustment Reduced Material Use －200kg Lubrication Pump （As compared to the previous mode：l 10％ reduction） XC-100 Spindle power characteristic curve ■ Max.4,500min-1 standard type （AC 7.5/5.5kW） 1,125min-1 3,375min-1 8 T=63.6N・m 7.5kW（15min. S 25% operation area） 7.0kW 1,360mm Floor Space 6 1,500min-1 1.56m2 5.5kW（Cont. rating area） 5.0kW ○Tool torque monitor（kW）4 T=35.0N・m ○Fixed wear 2 60min. S3 40％ operation area Air Pressure Adjustment T=46.6N・m ○Smart Alarm Diagnostic 1,150mm 0 ○Over road check function0 1 2 3 4 Spindle speed（×1,000min-1）　 Output 400mm

CNC1Spindle1Turret Precision Lathe Space Saver in Turning Machine Industry’s Smallest Class　　　　　Energy Saver as Environment Friendly Achieve Space-Saving Energy Saving Machine Comparable to 6-inch Class As compared with previous models, there are castings by eliminating unnecessary The machine width is 1,250mm. The floor space is 1.85m2, 20% reduction on the spindle inertia and 36% materials, as compared to previous models, reduction on the spindle acceleration and there is a 20% reduction of materials used. about 23% less than previous model, making it the deceleration time (0→3,500min-1). In addition, This is good for the environment. Through smallest machine with an 8-inch chuck among the same X-Axis and Z-Axis have also reduction on the these measures, the power consumption class in the industry. In our products, the space needed for motor load inertia of approximately 8%. Per without compromising machine functions and [2] x [Set of Previous Model & Stocker] is enough for [3] x FEM Analysis for optimizing the design of processing performance is reduced by 10%. [Set of XC-150 & Stocker]. Arrangement of lines requiring only small spaces is possible leading to increased Ensure the Reduction Of Materials Used Effect of Power Consumption Reduction per Machine efficiency in operation and improvement in manufacturing. Reduction of Spindle Inertia by 20% 17.0 Reduction of Spindle Acceleration and Deceleration Times by 14% As compared to the previous model 10% reduction Floor space 23％ reduction 16.0 16.0 15.0 14.0 （ 14.3 kWh 13.0 ） 8inch conventional model XC-150 8inch Slide Motor Load ※Operating conditions: 8 hours continuous operation using factory running program for measurementsReduction of Inertia by 8% （Conventional model） Reduction of Materials Used by 20% Reduction of Total Parts Used by 10% 6inch 2.4m2 （Conventional model） 1.85m2 Adoption of Rigid Slide Improvement of Chip Discharge Superior Workability 1.56m2 Just like the other models, the Z-Axis slide Machine has a width of 1,250mm with a compact Designed with a concept of saving 460mm Space for a line with 2 sets of previous model & stocker applies square box-way slide that is known body but chip discharge and workability are not space with a door opening of 460mm for rigidity. The X-Axis is designed for inferior to other products. With keeping the same without compromising the workability increased rigidity than previous model that size of the interior chip drop chute opening inside the machine. In addition, the can be used for heavy cutting. (0.15m2) to the previous model with 8-inch chuck space until the spindle center is the (rear chip conveyor specification), it also has a same as that of [X-100] at 300mm, steep angle on bed chute. By attaching rear chip focusing on ease of operation. conveyor (option), stoppages as a result of chip nesting on the interior bed are prevented. XC-150 Spindle power characteristic curve ■ Max.3,500min-1 standard type （AC 11/7.5kW） Converts to a line with 3 sets of XC-150 & stocker 875min-1 2,625min-112 10 11kW（15min. S3 25% operation area） T=120.0N・m 8.7kW 8 1,166min-139 7.5kW（Cont. rating area） X-Axis Slide that is Focused on Rigidity 0m 6 T=61.4N・m 5.9kWm （kW） 4 60min. S3 40％ operation area T=81.8N・m 2 0 8,000mm 0 1 2 3Spindle speed（×1,000min-1）　400mm Output Power consumption

CNC1Spindle1Turret Precision Lathe Space Saver in Turning Machine Industry’s Smallest Class　　　　　Energy Saver as Environment Friendly Achieve Space-Saving Energy Saving Machine Comparable to 6-inch Class As compared with previous models, there are castings by eliminating unnecessary The machine width is 1,250mm. The floor space is 1.85m2, 20% reduction on the spindle inertia and 36% materials, as compared to previous models, reduction on the spindle acceleration and there is a 20% reduction of materials used. about 23% less than previous model, making it the deceleration time (0→3,500min-1). In addition, This is good for the environment. Through smallest machine with an 8-inch chuck among the same X-Axis and Z-Axis have also reduction on the these measures, the power consumption class in the industry. In our products, the space needed for motor load inertia of approximately 8%. Per without compromising machine functions and [2] x [Set of Previous Model & Stocker] is enough for [3] x FEM Analysis for optimizing the design of processing performance is reduced by 10%. [Set of XC-150 & Stocker]. Arrangement of lines requiring only small spaces is possible leading to increased Ensure the Reduction Of Materials Used Effect of Power Consumption Reduction per Machine efficiency in operation and improvement in manufacturing. Reduction of Spindle Inertia by 20% 17.0 Reduction of Spindle Acceleration and Deceleration Times by 14% As compared to the previous model 10% reduction Floor space 23％ reduction 16.0 16.0 15.0 14.0 （ 14.3 kWh 13.0 ） 8inch conventional model XC-150 8inch Slide Motor Load ※Operating conditions: 8 hours continuous operation using factory running program for measurementsReduction of Inertia by 8% （Conventional model） Reduction of Materials Used by 20% Reduction of Total Parts Used by 10% 6inch 2.4m2 （Conventional model） 1.85m2 Adoption of Rigid Slide Improvement of Chip Discharge Superior Workability 1.56m2 Just like the other models, the Z-Axis slide Machine has a width of 1,250mm with a compact Designed with a concept of saving 460mm Space for a line with 2 sets of previous model & stocker applies square box-way slide that is known body but chip discharge and workability are not space with a door opening of 460mm for rigidity. The X-Axis is designed for inferior to other products. With keeping the same without compromising the workability increased rigidity than previous model that size of the interior chip drop chute opening inside the machine. In addition, the can be used for heavy cutting. (0.15m2) to the previous model with 8-inch chuck space until the spindle center is the (rear chip conveyor specification), it also has a same as that of [X-100] at 300mm, steep angle on bed chute. By attaching rear chip focusing on ease of operation. conveyor (option), stoppages as a result of chip nesting on the interior bed are prevented. XC-150 Spindle power characteristic curve ■ Max.3,500min-1 standard type （AC 11/7.5kW） Converts to a line with 3 sets of XC-150 & stocker 875min-1 2,625min-112 10 11kW（15min. S3 25% operation area） T=120.0N・m 8.7kW 8 1,166min-139 7.5kW（Cont. rating area） X-Axis Slide that is Focused on Rigidity 0m 6 T=61.4N・m 5.9kWm （kW） 4 60min. S3 40％ operation area T=81.8N・m 2 0 8,000mm 0 1 2 3Spindle speed（×1,000min-1）　 400mm Output Power consumption

CNC1Spindle1Turret Precision Lathe NEW Loader selected according to specifications The TAKAMAZ Flagship Further Evolved Compact Loader<ΣiC60> Gantry Loader Space-saving, high-speed loader installed Flexible lines can be constructed, including systems Equipped with power tools（XT-6M） on the machine, enabling speedy setup. with peripheral devices. Supports a variety of options including a tailstock “FC60 loader” provides further speed gains The mach ine can be equipped with six power Rapid traverse rate Simplified loading motion tools, and can perform a Traverse axis　120m/min 2.8sec. var iety of compound （20% reduction compared machining including side Vertical axis　 120m/min to existing loaders） hole drilling and keyway g roov i ng . When the tailstock is installed, it is also possible to handle Compact Loader<FC60> shaft work, and there is a full range of options to match your production. XT-6M Power tool power characteristic curve 10 Ｔ＝８Ｎ・ｍ Item Unit 2 ８ Tool storage capacity pcs. 6 ６ ｋＷ Rotation speed min-1 Max.4,000 ＝２ ．２ （kW） Ｐ 1 ４（N･m） Dril（l short） mm φ10 Clamping Capability Endmill mm φ10 ２ The control screen of the FC60 loader specification is a 10.4-inch Tap mm M6 0 0 0 1 2 3 4 touch panel type with excellent operability, and incorporates Spindle speed（×1,000min-1）　 various functions, such as an automatic teaching function. Increase Production Speed Space savings while increasing capacity 1,370mm 2 Increasing the rapid traverse rate on the X 1.86m A compact design with a footprint of 1.86㎡ ‒ almost the same as existing and Z axes has shortened the cycle time machines ‒ is realized with enhanced cutting performance, speed, and operability.1,360mm compared to existing machines. Along with X-axis increased Z-axis motor output, the drilling XT-6 Spindle power characteristic curve Z-axis ■ Max.4,500min-1 standard type （AC 7.5/5.5kW） φ75 ■ Max.3,500min-1 standard type （AC 7.5/5.5kW） φ85 ■ Max.6,000min-1 standard type （AC 11/7.5kW） φ75capacity is also improved by 20%. 1,125min-1 3,375min-1 875min-1 -1 ８ ８ 2,625min 12 X-axis Rapid traverse rate　18m/min 7.5 kW/15 min. rated area 7.0kW ７．５ kW/15 min. rated area 6.9kW １１ kW/１５ min. rated area63.6N･m 81.9N･m 10 70.0N･m Full-stroke round-trip time　26％ Decreased ６ 1,500min-1 ６ 1,166min-1 8.7kW５．５ kW/cont. rated area ５.０kW 5.0kW 8５．５ kW/cont. rated area （Comparison with the past machines） 35.0N･m ７．５ kW/cont. rated area４ ４ 45.1N･m 6 5.9kW （kW） （kW） （kW） 35.8N･m５．５ kW/６０ min. rated area ５．５ kW/６０ min. rated area 4 46.6N･m ７．５ kW/６０ min. rated area Z-axis Rapid traverse rate　24m/min ２ ２ 60.0N･m 2 47.8N･m Full-stroke round-trip time　23％ Decreased ０ ０ 0 0 1 2 3 4 0 1 2 3 0 1 2 3 4 5 6 （Comparison with the past machines） Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Power tools Output torque Output Output Output

CNC1Spindle1Turret Precision Lathe NEW Loader selected according to specifications The TAKAMAZ Flagship Further Evolved Compact Loader<ΣiC60> Gantry Loader Space-saving, high-speed loader installed Flexible lines can be constructed, including systems Equipped with power tools（XT-6M） on the machine, enabling speedy setup. with peripheral devices. Supports a variety of options including a tailstock “FC60 loader” provides further speed gains The mach ine can be equipped with six power Rapid traverse rate Simplified loading motion tools, and can perform a Traverse axis　120m/min 2.8sec. var iety of compound （20% reduction compared machining including side Vertical axis　 120m/min to existing loaders） hole drilling and keyway g roov i ng . When the tailstock is installed, it is also possible to handle Compact Loader<FC60> shaft work, and there is a full range of options to match your production. XT-6M Power tool power characteristic curve 10 Ｔ＝８Ｎ・ｍ Item Unit 2 ８ Tool storage capacity pcs. 6 ６ ｋＷ Rotation speed min-1 Max.4,000 ＝２ ．２ （kW） Ｐ 1 ４（N･m） Dril（l short） mm φ10 Clamping Capability Endmill mm φ10 ２ The control screen of the FC60 loader specification is a 10.4-inch Tap mm M6 0 0 0 1 2 3 4 touch panel type with excellent operability, and incorporates Spindle speed（×1,000min-1）　 various functions, such as an automatic teaching function. Increase Production Speed Space savings while increasing capacity 1,370mm 2 Increasing the rapid traverse rate on the X 1.86m A compact design with a footprint of 1.86㎡ ‒ almost the same as existing and Z axes has shortened the cycle time machines ‒ is realized with enhanced cutting performance, speed, and operability.1,360mm compared to existing machines. Along with X-axis increased Z-axis motor output, the drilling XT-6 Spindle power characteristic curve Z-axis ■ Max.4,500min-1 standard type （AC 7.5/5.5kW） φ75 ■ Max.3,500min-1 standard type （AC 7.5/5.5kW） φ85 ■ Max.6,000min-1 standard type （AC 11/7.5kW） φ75capacity is also improved by 20%. 1,125min-1 3,375min-1 875min-1 -1 ８ ８ 2,625min 12 X-axis Rapid traverse rate　18m/min 7.5 kW/15 min. rated area 7.0kW ７．５ kW/15 min. rated area 6.9kW １１ kW/１５ min. rated area63.6N･m 81.9N･m 10 70.0N･m Full-stroke round-trip time　26％ Decreased ６ 1,500min-1 ６ 1,166min-1 8.7kW５．５ kW/cont. rated area ５.０kW 5.0kW 8５．５ kW/cont. rated area （Comparison with the past machines） 35.0N･m ７．５ kW/cont. rated area４ ４ 45.1N･m 6 5.9kW （kW） （kW） （kW） 35.8N･m５．５ kW/６０ min. rated area ５．５ kW/６０ min. rated area 4 46.6N･m ７．５ kW/６０ min. rated area Z-axis Rapid traverse rate　24m/min ２ ２ 60.0N･m 2 47.8N･m Full-stroke round-trip time　23％ Decreased ０ ０ 0 0 1 2 3 4 0 1 2 3 0 1 2 3 4 5 6 （Comparison with the past machines） Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Power tools Output torque Output Output Output

CNC1Spindle1Turret Precision Lathe XL 150 Achieved Double Production Efficiency Supports 370mm Long Shaft with Extended Z-Axis StrokeEven though the machine width is the same as conventional machines, a shaft work of maximum length with Significantly Improved Cutting Capability！ 370mm can be processed due to the Z-Axis stroke increased to 400mm which is an extra 1.2 times in length. With the extension of the stroke, the rigidity of the tailstock Spindle with Upgraded Capability is increased. By applying the angled slide design and By using an AC11/7.5kw spindle motor which is a standard feature, a stress free hard turning process increasing the casting rigidity by 30%, prevention of is possible. The production efficiency is further enhanced by significantly shortening the spindle vibrations and uniform dimensional accuracy are achieved. start-up acceleration and deceleration times as compared to those of the conventional machine. This leads to shorter idling time. Furthermore, an AC15/11kW spindle motor can be installed as an option.. Application of Angled Slide Design Improved Outer Diameter Reduction in Spindle Acceleration Cutting Capability and Deceleration Times 0.35mm/rev Cutting Cross Acceleration Time Sectional Area（t＊f） 40% Reduction 2 4.0sec→2.4sec. （Comparison with the past machines）1.80mm Short Time Rating Result Casting Rigidity 1.5times Deceleration Time 40% Reduction 30％UP 3.8sec→2.4sec. （Comparison with the past machines）（Comparison with the past machines） （Comparison with the past machines） XL-150 Spindle power characteristic curve Reasonable Maintenance Improved Operability ■ Max.3,500min（-1 AC 11/7.5kW） φ100 ■ Max.5,000min（-1 AC 15/11kW） φ100 ■ Max.4,000min（-1 AC 15/11kW） φ120 for Workload Reduction with the One Touch Display. 875min-1 2,625min-1 16 1,250min -1 2,917min-1 16 1,000min -1 2,333min-1 12 The points requiring routine maintenance (lubricating oil supply, chuck pressure Buttons for opening the“ TAKAMAZ Customs Functions” 11kW（15min. operation area） 14 15kW 14 15kW adjustment, loader adjustment, etc.) are concentrated on the front of the machine, (such as work/tool counter functions and others) and the 10 （15min、operation area） （15min、operation area）T=118.0N･m T=114.0N･m T=143.0N･m 12 12 improving working convenience for the operator. New TAKAMAZ maintenance Maintenance Function Screen are installed on the operation 8.6kW 11kW（60min、operation area） 11kW（60min、operation area） 8 7.5kW（60min、operation area） 10 11kW 10.8kW 11kW 10.8kW functions such as the battery replacement warning have been added too. The panel. These buttons are one touch types for improving 7.5kW Cont. rating area 10 Cont. rating area Cont. rating area 8.5kW 8.5kW number of days remaining until a scheduled inspection, which had been hard to operability. There are 2 buttons installed as spares for 6 8 8 T=92.3N･m 5.8kW T=88.0N･m T=105.0N･m determine, can now be monitored at a glance thanks to the adoption of a graph user’s custom specifications. （kW） （kW）6 （kW）6 4 T=61.2N･m T=63.0N･m T=78.8N･m display, assisting with reliable and safe equipment management. 1,167min-1 4 4 2 2 1,667min -1 2 1,333min -1 Door Opening Width 0 0 0 0 1 2 3 4 5 0 1 2 3 4 5 0 1 2 3 4 5 520mm Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Periodic Inspection Notice Function Live Tools with Further Enhanced Machining Capability The torque is improved by using a more powerful motor than the one used in the conventional machines and the machining ability of the live tool drive is increased by using a bearing on the driving unit with better rigidity. Max.φ20mm tool can be mounted providing a wide range of tool selection. Live tools can be mounted on all stations of the turret of up to 12 live tools. XL-150 Power tool power characteristic curve ■ Max.4,000min-1（AC 5.5/3.7/2.2kW） Drive motor　AC5.5/3.7/2.2ｋW Motor Torque　35N･m 6 750min -1 Work Counter Display 5.5kW（10min、S3 25% operation area） Performance Comparison (Drill Cutting) 5 T=70.0N･m ・Drill：φ12mm 4 3.7kW（15min、S3 60% operation area） ・Cutting Conditions：Rim Speed 30m/min，Hole Depth 30mm 3 T=47.0N･m （kW） ■XL-150　　 ：f0.4mm/rev→ 5.6sec. 2 2.2kW Cont. rating area -5.6sec. T=28.0N･m ■Conventional model：f0.2mm/rev→ 11.2sec. 1 0 0 1 2 3 4 ※Live Tool is an option. Spindle speed（×1,000min-1）　 Soft Switch Display Output Output Output Output

CNC1Spindle1Turret Precision Lathe XL 150 Achieved Double Production Efficiency Supports 370mm Long Shaft with Extended Z-Axis StrokeEven though the machine width is the same as conventional machines, a shaft work of maximum length with Significantly Improved Cutting Capability！ 370mm can be processed due to the Z-Axis stroke increased to 400mm which is an extra 1.2 times in length. With the extension of the stroke, the rigidity of the tailstock Spindle with Upgraded Capability is increased. By applying the angled slide design and By using an AC11/7.5kw spindle motor which is a standard feature, a stress free hard turning process increasing the casting rigidity by 30%, prevention of is possible. The production efficiency is further enhanced by significantly shortening the spindle vibrations and uniform dimensional accuracy are achieved. start-up acceleration and deceleration times as compared to those of the conventional machine. This leads to shorter idling time. Furthermore, an AC15/11kW spindle motor can be installed as an option.. Application of Angled Slide Design Improved Outer Diameter Reduction in Spindle Acceleration Cutting Capability and Deceleration Times 0.35mm/rev Cutting Cross Acceleration Time Sectional Area（t＊f） 40% Reduction 2 4.0sec→2.4sec. （Comparison with the past machines）1.80mm Short Time Rating Result Casting Rigidity 1.5times Deceleration Time 40% Reduction 30％UP 3.8sec→2.4sec. （Comparison with the past machines）（Comparison with the past machines） （Comparison with the past machines） XL-150 Spindle power characteristic curve Reasonable Maintenance Improved Operability ■ Max.3,500min（-1 AC 11/7.5kW） φ100 ■ Max.5,000min（-1 AC 15/11kW） φ100 ■ Max.4,000min（-1 AC 15/11kW） φ120 for Workload Reduction with the One Touch Display. 875min-1 2,625min-1 16 1,250min -1 2,917min-1 16 1,000min -1 2,333min-1 12 The points requiring routine maintenance (lubricating oil supply, chuck pressure Buttons for opening the“ TAKAMAZ Customs Functions” 11kW（15min. operation area） 14 15kW 14 15kW adjustment, loader adjustment, etc.) are concentrated on the front of the machine, (such as work/tool counter functions and others) and the 10 （15min、operation area） （15min、operation area）T=118.0N･m T=114.0N･m T=143.0N･m 12 12 improving working convenience for the operator. New TAKAMAZ maintenance Maintenance Function Screen are installed on the operation 8.6kW 11kW（60min、operation area） 11kW（60min、operation area） 8 7.5kW（60min、operation area） 10 11kW 10.8kW 11kW 10.8kW functions such as the battery replacement warning have been added too. The panel. These buttons are one touch types for improving 7.5kW Cont. rating area 10 Cont. rating area Cont. rating area 8.5kW 8.5kW number of days remaining until a scheduled inspection, which had been hard to operability. There are 2 buttons installed as spares for 6 8 8 T=92.3N･m 5.8kW T=88.0N･m T=105.0N･m determine, can now be monitored at a glance thanks to the adoption of a graph user’s custom specifications. （kW） （kW）6 （kW）6 4 T=61.2N･m T=63.0N･m T=78.8N･m display, assisting with reliable and safe equipment management. 1,167min-1 4 4 2 2 1,667min -1 2 1,333min -1 Door Opening Width 0 0 0 0 1 2 3 4 5 0 1 2 3 4 5 0 1 2 3 4 5 520mm Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Periodic Inspection Notice Function Live Tools with Further Enhanced Machining Capability The torque is improved by using a more powerful motor than the one used in the conventional machines and the machining ability of the live tool drive is increased by using a bearing on the driving unit with better rigidity. Max.φ20mm tool can be mounted providing a wide range of tool selection. Live tools can be mounted on all stations of the turret of up to 12 live tools. XL-150 Power tool power characteristic curve ■ Max.4,000min-1（AC 5.5/3.7/2.2kW） Drive motor　AC5.5/3.7/2.2ｋW Motor Torque　35N･m 6 750min -1 Work Counter Display 5.5kW（10min、S3 25% operation area） Performance Comparison (Drill Cutting) 5 T=70.0N･m ・Drill：φ12mm 4 3.7kW（15min、S3 60% operation area） ・Cutting Conditions：Rim Speed 30m/min，Hole Depth 30mm 3 T=47.0N･m （kW） ■XL-150　　 ：f0.4mm/rev→ 5.6sec. 2 2.2kW Cont. rating area -5.6sec. T=28.0N･m ■Conventional model：f0.2mm/rev→ 11.2sec. 1 0 0 1 2 3 4 ※Live Tool is an option. Spindle speed（×1,000min-1）　 Soft Switch Display Output Output Output Output

CNC1Spindle1Turret Precision Lathe High Productivity Achieved with Powerful Milling (Option) Max. Length 720 mm! From milling to hole drilling, high efficiency machining is realized.Switchover from turret rotation to live tool rotation shortened by 0.7 seconds (comparison with existing models) Accommodates Long Shaftwork XL-200 Power tool power characteristic curve■ Max.4,000min（-1 AC 5.5/3.7/2.2kW） -16 750minItem Unit 5.5kW（10min.S3 25% operation area） Tool storage capacity pcs. 12 5 T=70.0N･m Max. rotating speed min-1 4,000 4 3.7kW（15min.S3 60% operation area） Extending the Z axis stroke gives the longest machining Motors kW AC5.5/3.7/2.2 3 T=47.1N･m range in our X series 2.2kW Cont. rating areaDril（l short） mm φ20 （kW）2 800st. Clamping Capability Endmill mm φ20 T=28.0N･m Increasing the length of the Z axis stroke by 1Tap mm M16 40% compared to existing models has made 00 1 2 3 4 -1 it possible to handle a wide range of Spindle speed（×1,000min ）　 machining on large, long workpieces up to 720 mm in length and φ340 mm in diameter. Idle Time Shortened by Adopting a Servo-controlled Tailstock(Option) The floor space, which would naturally tend to The incorporation of a servo-controlled tailstock improves operating convenience and makes setup increase with the extension of the Z axis changes easier. Since the tailstock can be moved accurately to memorized positions using M code stroke, has been kept as compact as with the commands, even long workpieces can be machined with high accuracy. What is more, workpieces with existing machines by reviewing and optimizing multiple types can be handled with program changes alone, allowing substantial idle time reduction. the construction of components. Equipped for Heavy-duty Power tools type Cutting + Versatile Complex Machining Item UnitPointed End 　 MT-5 Specifications can be chosen according to Tailstock type Quill O.D. mm φ90 requirements, enabling versatile complex Quill stroke（hydraulic） mm 120Standard type machining. Furthermore, heavy cutting Tailstock stroke（servomotor） mm 500 m/min requirements can be met with the high torque Subspindle type Rapid traverse rate 12 Max. thrust kN 5(7)※ spindle motor and live tool motors. Power tools+ ※Selectable up to a maximum of 7 kN（Option） Selectable Spindle Variations Subspindle type A B (Option） C (Option） φ 100 Spindle φ 100 Spindle φ 120 Spindle AC 11/7.5kW AC 18.5/15kW AC 18.5/15kW 3,500min-1 5,000min-1 4,000min-1 Completed Products Machinable on 1 Machine With the Subspindle(Option) Outer Diameter Cutting Capability The incorporation of a subspindle allows this single machine to generate completed products 0.6mm/rev from flange-like work to shaftwork.Cutting Cross Sectional Area（t＊f） 3.0 mm2 ※The test results above Item Unit are for the C type Chuck size inch 6 XL-200 Sub-spindle power specifications. characteristic curve Max. bar diameter mm φ26 ■ Max.4,500min（-1 AC 7.5/5.5kW） φ75 Subspindle speed min-1 200～4,500 XL-200 Spindle power characteristic curve 10 Subspindle motor kW AC7.5/5.5 ■ Max.3,500min（-1 AC 11/7.5kW） φ100 ■ Max.5,000min（-1 AC 18.5/15kW） φ100 ■ Max.4,000min（-1 AC 18.5/15kW） φ120 1,293min-1 3,750min-1 875min-1 2,625min-1 Max. stroke mm 700 4 7.5kW（15min.Cont. rating area） 15 20 7.2kW18.5kW 20 18.5kW 18.5kW Rapid traverse rate（A-axes） m/min 30 T=55.4N･m 12 11kW15min. Cont. rating area 16 15min. Cont. rating area 16 15min. Cont. rating area 6 60min.operation area 15kW 15kW 15kW T=118.0N･m Rapid traverse rate（B-axes） deg/min 21,600 5.5kW 5.2kW 9 12 15kW 12 Cont. rating area60min.operation area 8.6kW Cont. rating area Cont. rating area T=206N･m 11kW Synchronous system （kW）4 （kW） 6 7.5kW Full T=141N･m Cont. rating area （kW） 8 （kW） 85.8kW T=167N･m T=40.6N･m T=92.3N･m T=115N･m Machine dimension mm 3,100（L）×1,845（W）×1,810（H） 2 3 4 4 T=30.5N･mT=61.2N･m 1,167min-1 1,250min-1 858min-1 3,430min-1 Machine weight kg 4,900 1,724min-1 0 0 0 0 0 1 2 3 4 0 1 2 3 4 5 0 1 2 3 4 0 1 2 3 4 5 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Output Output Output Power tools Output Output

CNC1Spindle1Turret Precision Lathe High Productivity Achieved with Powerful Milling (Option) Max. Length 720 mm! From milling to hole drilling, high efficiency machining is realized.Switchover from turret rotation to live tool rotation shortened by 0.7 seconds (comparison with existing models) Accommodates Long Shaftwork XL-200 Power tool power characteristic curve■ Max.4,000min（-1 AC 5.5/3.7/2.2kW） -16 750minItem Unit 5.5kW（10min.S3 25% operation area） Tool storage capacity pcs. 12 5 T=70.0N･m Max. rotating speed min-1 4,000 4 3.7kW（15min.S3 60% operation area） Extending the Z axis stroke gives the longest machining Motors kW AC5.5/3.7/2.2 3 T=47.1N･m range in our X series 2.2kW Cont. rating areaDril（l short） mm φ20 （kW）2 800st. Clamping Capability Endmill mm φ20 T=28.0N･m Increasing the length of the Z axis stroke by 1Tap mm M16 40% compared to existing models has made 00 1 2 3 4 -1 it possible to handle a wide range of Spindle speed（×1,000min ）　 machining on large, long workpieces up to 720 mm in length and φ340 mm in diameter. Idle Time Shortened by Adopting a Servo-controlled Tailstock(Option) The floor space, which would naturally tend to The incorporation of a servo-controlled tailstock improves operating convenience and makes setup increase with the extension of the Z axis changes easier. Since the tailstock can be moved accurately to memorized positions using M code stroke, has been kept as compact as with the commands, even long workpieces can be machined with high accuracy. What is more, workpieces with existing machines by reviewing and optimizing multiple types can be handled with program changes alone, allowing substantial idle time reduction. the construction of components. Equipped for Heavy-duty Power tools type Cutting + Versatile Complex Machining Item UnitPointed End 　 MT-5 Specifications can be chosen according to Tailstock type Quill O.D. mm φ90 requirements, enabling versatile complex Quill stroke（hydraulic） mm 120Standard type machining. Furthermore, heavy cutting Tailstock stroke（servomotor） mm 500 m/min requirements can be met with the high torque Subspindle type Rapid traverse rate 12 Max. thrust kN 5(7)※ spindle motor and live tool motors. Power tools+ ※Selectable up to a maximum of 7 kN（Option） Selectable Spindle Variations Subspindle type A B (Option） C (Option） φ 100 Spindle φ 100 Spindle φ 120 Spindle AC 11/7.5kW AC 18.5/15kW AC 18.5/15kW 3,500min-1 5,000min-1 4,000min-1 Completed Products Machinable on 1 Machine With the Subspindle(Option) Outer Diameter Cutting Capability The incorporation of a subspindle allows this single machine to generate completed products 0.6mm/rev from flange-like work to shaftwork.Cutting Cross Sectional Area（t＊f） 3.0 mm2 ※The test results above Item Unit are for the C type Chuck size inch 6 XL-200 Sub-spindle power specifications. characteristic curve Max. bar diameter mm φ26 ■ Max.4,500min（-1 AC 7.5/5.5kW） φ75 Subspindle speed min-1 200～4,500 XL-200 Spindle power characteristic curve 10 Subspindle motor kW AC7.5/5.5 ■ Max.3,500min（-1 AC 11/7.5kW） φ100 ■ Max.5,000min（-1 AC 18.5/15kW） φ100 ■ Max.4,000min（-1 AC 18.5/15kW） φ120 1,293min-1 3,750min-1 875min-1 2,625min-1 Max. stroke mm 700 4 7.5kW（15min.Cont. rating area） 15 20 7.2kW18.5kW 20 18.5kW 18.5kW Rapid traverse rate（A-axes） m/min 30 T=55.4N･m 12 11kW15min. Cont. rating area 16 15min. Cont. rating area 16 15min. Cont. rating area 6 60min.operation area 15kW 15kW 15kW T=118.0N･m Rapid traverse rate（B-axes） deg/min 21,600 5.5kW 5.2kW 9 12 15kW 12 Cont. rating area60min.operation area 8.6kW Cont. rating area Cont. rating area T=206N･m 11kW Synchronous system （kW）4 （kW） 6 7.5kW Full T=141N･m Cont. rating area （kW） 8 （kW） 85.8kW T=167N･m T=40.6N･m T=92.3N･m T=115N･m Machine dimension mm 3,100（L）×1,845（W）×1,810（H） 2 3 4 4 T=30.5N･mT=61.2N･m 1,167min-1 1,250min-1 858min-1 3,430min-1 Machine weight kg 4,900 1,724min-1 0 0 0 0 0 1 2 3 4 0 1 2 3 4 5 0 1 2 3 4 0 1 2 3 4 5 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Spindle speed（×1,000min-1）　 Output Output Output Power tools Output Output

Equipped with the [Speed] and Wide variation supported by many years of experience [Small Footprint] Servo Loader「Σi/F series」 The following is just one example from among a substantial series of peripheral equipment backed up by the“ X-100”, with its delivery record of more than 6,000 units.Consult Takamatsu for details of turnkey systems with strategic flexibility. As a result of machine body and loader integrated as one unit, superiority in design balance is accomplished as well as high ※Some pictures show additional special specification. productivity and space savings, and with after-sale service by 　　　　　 , will benefit the customer on different aspects. ◆The rate for each moving point, acceleration and deceleration, and in-position width can be set in detail to achieve a shorter cycle time. ◆High Speed Shutter opens and closes in 1.4 seconds, faster than the conventional model. This results in reducing loading time. (XC-100) Spindle/Tooling unit ◆To improve usability, the conventional type of fixed operation panel or the new handheld type can be selected. As a result, the teaching points that have been difficult to see because of the safety covers can now be set with ease. ◆At each point, the interlock can be set to prevent accidental collision. ◆Abnormal Torque Detection is set standard function to reduce damage to minimum in the event of a collision. ◆All database, the servo parameter, the data tables, and timer setting can be downloaded from the memory card. ◆A touch-panel type operation panel is employed, enabling easy and intuitive operation. (F series) Compact servo loader ∑i Gantry-type servo loader ∑iGH Collet chuck 6-inch chuck 8-inch chuck Unloader unit Tool breakage detector A wide range of choice from Takamatsu original collet chucks to 8-inch/3-jaw chucks to match user needs. Quality/Environment control unit Parallel (CR) ◆As compared to the previous design, the travel stroke has been expanded, so that transfer to the left and right and line connection Q Hand Hand can be designed easily. (Option) ◆IN / OUT conveyor, turn device, and handling are common with X-100. External Cleaning unit Oil mist Automatic fire Compact servo loader F measurement To avoid collector extinguisher dirtying ◆Adoption of high-speed in-machine motion. Dedicated ※The dedicated L hand can be used only with the instrument Oil mist If fire breaks out ※High-speed in-machine motion is available only with the XT-6/6M. operator’s collection in the machine FC60 loader. L Hand Dimensional errors are fed back to hands, cleaning facilitates a during automatic the machine to is performed clean operation, fire maintain high automatically. production extinguishing dimensional environment. agent is accuracy. automatically Loader transfer capacity discharged. Item Unit Compact（２ axes） Gantry（２ axes） Model XC-100/XT-6/6M XT-6/6M XL-150 XC-100/XT-6/6M XT-6/6M XC/XL-150 XL-200 Loader Model ΣiC60 FC60※ ΣiC80 ΣiGH80 ΣiGH80（Hi speed type） ΣiGH150 ΣiGH200 Transport Diameter ｍｍ 60 80 80 150 Work Dimension Weight ｋｇ 1.0 1.5 1.5 5.0 Drive System Servo loader Servo motorShoulder （Traverse axis：Z） Stroke ｍｍ Depends on spec. Depends on spec. Rapid Traverse Rate ｍ/min 84 120 84 155 190 155 Cutting efficiency/Chip disposal Arm Drive System Servo loader Servo motor mm 300 490 500 460 580 800 (Vertical axis：Y) Stroke Rapid Traverse Rate m/min 71 120 84 125 200 125 85 ■Mounted on the rear side ■Mounted on the rear side Drive System Air cylinder Air cylinder deg. 90 180 90 180 Hand rotation Angle Jaw Stroke (One side) mm 10 10 Hand Type Parallel (CR) hand Q hand Dedicated L Hand Q hand ※With the FANUC loader specification, the NC unit is installed with a touch-panel screen and Windows PC. Automation Peripheral Devices A production line with different varieties of peripheral devices and loading variations can be designed. Alloyed Clamp Holder for Chip conveyor Chip conveyor High-pressure coolant Semi-dry machining vibration suppression (Spiral type) (Floor type） Constantly cooled coolant is Ultratrace,highly-lubricating Inhibiting the progression Chip disposal is done Chips are reliably discharged discharged at high pressure vegetable coolant is applied Station stocker Flat stocker Shaft work stocker Parts feeder Tray changer of wear boundary is semi-automatically in outside the machine. so that the tool life is to the correct point on the Multi-layer stocker for flexible A cylindrical stocker with Workpieces can be expected to extend cutting the minimum space. significantly prolonged. cutting edge, realizing response to changes in workpiece minimum footprint for storing stored together with tool life in high speed semi-dry machining. diameter. small workpieces. the tray. machining.

Equipped with the [Speed] and Wide variation supported by many years of experience [Small Footprint] Servo Loader「Σi/F series」 The following is just one example from among a substantial series of peripheral equipment backed up by the“ X-100”, with its delivery record of more than 6,000 units.Consult Takamatsu for details of turnkey systems with strategic flexibility. As a result of machine body and loader integrated as one unit, superiority in design balance is accomplished as well as high ※Some pictures show additional special specification. productivity and space savings, and with after-sale service by 　　　　　 , will benefit the customer on different aspects. ◆The rate for each moving point, acceleration and deceleration, and in-position width can be set in detail to achieve a shorter cycle time. ◆High Speed Shutter opens and closes in 1.4 seconds, faster than the conventional model. This results in reducing loading time. (XC-100) Spindle/Tooling unit ◆To improve usability, the conventional type of fixed operation panel or the new handheld type can be selected. As a result, the teaching points that have been difficult to see because of the safety covers can now be set with ease. ◆At each point, the interlock can be set to prevent accidental collision. ◆Abnormal Torque Detection is set standard function to reduce damage to minimum in the event of a collision. ◆All database, the servo parameter, the data tables, and timer setting can be downloaded from the memory card. ◆A touch-panel type operation panel is employed, enabling easy and intuitive operation. (F series) Compact servo loader ∑i Gantry-type servo loader ∑iGH Collet chuck 6-inch chuck 8-inch chuck Unloader unit Tool breakage detector A wide range of choice from Takamatsu original collet chucks to 8-inch/3-jaw chucks to match user needs. Quality/Environment control unit Parallel (CR) ◆As compared to the previous design, the travel stroke has been expanded, so that transfer to the left and right and line connection Q Hand Hand can be designed easily. (Option) ◆IN / OUT conveyor, turn device, and handling are common with X-100. External Cleaning unit Oil mist Automatic fire Compact servo loader F measurement To avoid collector extinguisher dirtying ◆Adoption of high-speed in-machine motion. Dedicated ※The dedicated L hand can be used only with the instrument Oil mist If fire breaks out ※High-speed in-machine motion is available only with the XT-6/6M. operator’s collection in the machine FC60 loader. L Hand Dimensional errors are fed back to hands, cleaning facilitates a during automatic the machine to is performed clean operation, fire maintain high automatically. production extinguishing dimensional environment. agent is accuracy. automatically Loader transfer capacity discharged. Item Unit Compact（２ axes） Gantry（２ axes） Model XC-100/XT-6/6M XT-6/6M XL-150 XC-100/XT-6/6M XT-6/6M XC/XL-150 XL-200 Loader Model ΣiC60 FC60※ ΣiC80 ΣiGH80 ΣiGH80（Hi speed type） ΣiGH150 ΣiGH200 Transport Diameter ｍｍ 60 80 80 150 Work Dimension Weight ｋｇ 1.0 1.5 1.5 5.0 Drive System Servo loader Servo motorShoulder （Traverse axis：Z） Stroke ｍｍ Depends on spec. Depends on spec. Rapid Traverse Rate ｍ/min 84 120 84 155 190 155 Cutting efficiency/Chip disposal Arm Drive System Servo loader Servo motor mm 300 490 500 460 580 800 (Vertical axis：Y) Stroke Rapid Traverse Rate m/min 71 120 84 125 200 125 85 ■Mounted on the rear side ■Mounted on the rear side Drive System Air cylinder Air cylinder deg. 90 180 90 180 Hand rotation Angle Jaw Stroke (One side) mm 10 10 Hand Type Parallel (CR) hand Q hand Dedicated L Hand Q hand ※With the FANUC loader specification, the NC unit is installed with a touch-panel screen and Windows PC. Automation Peripheral Devices A production line with different varieties of peripheral devices and loading variations can be designed. Alloyed Clamp Holder for Chip conveyor Chip conveyor High-pressure coolant Semi-dry machining vibration suppression (Spiral type) (Floor type） Constantly cooled coolant is Ultratrace,highly-lubricating Inhibiting the progression Chip disposal is done Chips are reliably discharged discharged at high pressure vegetable coolant is applied Station stocker Flat stocker Shaft work stocker Parts feeder Tray changer of wear boundary is semi-automatically in outside the machine. so that the tool life is to the correct point on the Multi-layer stocker for flexible A cylindrical stocker with Workpieces can be expected to extend cutting the minimum space. significantly prolonged. cutting edge, realizing response to changes in workpiece minimum footprint for storing stored together with tool life in high speed semi-dry machining. diameter. small workpieces. the tray. machining.

Tooling system Stroke-Related Drawing Precision reference work［XC-100］ Roundness 0.25 μｍ Changes with time 5.0μｍ 8-station turret 355 64 13 (in 8 hours) Surface Roughness 0.26 μｍ Tool Sintered Diamond Tool Sintered Diamond Material C3604BD φ40 Material C3604BD φ40 Spindle speed 500～ 3,500 min-1 Spindle speed 2,000 min-1 nozzles for O.D. use Feedrate 0.1 mm Feedrate 0.1 mm Cutting amount 0.2 ～ 0.002 mm Cutting amount 2.0 mm 10min. stop 60min. stop 20min. stop 20 120 230st. 5 18 Z-axis stroke 1614 152 5 12 10 Clamp block C Turning holder φ25 boring holder φ25 2-hole boring holder U-drill holder 86 4 2 0 Oridinary -2 collet -4 -6 -8 (μｍ) -10 -12 -14 -16 -18 N-06 -20 O.D./Face/Grooving tool□20 Round hole bush （KITAGAWA） 9:00 9:30 10:00 10:30 11:00 11:30 12:00 12:30 13:00 13:30 14:00 14:30 15:00 15:30 16:00 16:30 17:00 φ20 Time Clamping point Ahead φ16 47 φ12 φ10 171 φ8 Blank ！ Attention Turret Interference Do not use a Turning holder for Tap holder the X-100 (X-10i, X-10) because Distance between it may interfere with the cover Boring bar U-drill centers : 160 when the turret rotates. Tap Maxφ25 Maxφ20 1 2 25 00 st. 1 Floor Space Drawing 35 60（Equipped with ΣiC60） 95 90 30 30 φ400 R φ25425 165 φ320 φ φ165 φ165 1,150 330 (1,260) 1,360 （1,805） 165φ φ25 Distance between centers : 200 Distance between All turret holders except Turning holder are common to those used for [X-100]. centers : 134 Uni（t mm） Uni（t mm） 1,315（Conveyor height） 1,730 150 1,880 1,050 20 260 120st. 130 30 250 40 Changes with time 33 20 ▼▼ ▼ 165φ

Tooling system Stroke-Related Drawing Precision reference work［XC-100］ Roundness 0.25 μｍ Changes with time 5.0μｍ 8-station turret 355 64 13 (in 8 hours) Surface Roughness 0.26 μｍ Tool Sintered Diamond Tool Sintered Diamond Material C3604BD φ40 Material C3604BD φ40 Spindle speed 500～ 3,500 min-1 Spindle speed 2,000 min-1 nozzles for O.D. use Feedrate 0.1 mm Feedrate 0.1 mm Cutting amount 0.2 ～ 0.002 mm Cutting amount 2.0 mm 10min. stop 60min. stop 20min. stop 20 120 230st. 5 18 Z-axis stroke 1614 152 5 12 10 Clamp block C Turning holder φ25 boring holder φ25 2-hole boring holder U-drill holder 86 4 2 0 Oridinary -2 collet -4 -6 -8 (μｍ) -10 -12 -14 -16 -18 N-06 -20 O.D./Face/Grooving tool□20 Round hole bush （KITAGAWA） 9:00 9:30 10:00 10:30 11:00 11:30 12:00 12:30 13:00 13:30 14:00 14:30 15:00 15:30 16:00 16:30 17:00 φ20 Time Clamping point Ahead φ16 47 φ12 φ10 171 φ8 Blank ！ Attention Turret Interference Do not use a Turning holder for Tap holder the X-100 (X-10i, X-10) because Distance between it may interfere with the cover Boring bar U-drill centers : 160 when the turret rotates. Tap Maxφ25 Maxφ20 1 2 25 00 st. 1 Floor Space Drawing 35 60（Equipped with ΣiC60） 95 90 30 30 φ400 R φ25425 165 φ320 φ φ165 φ165 1,150 330 (1,260) 1,360 （1,805） 165φ φ25 Distance between centers : 200 Distance between All turret holders except Turning holder are common to those used for [X-100]. centers : 134 Uni（t mm） Uni（t mm） 1,315（Conveyor height） 1,730 150 1,880 1,050 20 260 120st. 130 30 250 40 Changes with time 33 20 ▼▼ ▼ 165φ

Tooling system Stroke-Related Drawing 8-station turret 480 480 25 25 380 90 380 90 123 250st. 7 26 250st. 100 4 42 85 42 42 85 42 Clamp block Turning holder φ40 boring holder φ25 2-hole holder φ40 U-drill holder 25 N-08 N-08 （KITAGAWA） （KITAGAWA） O.D./Face/Grooving tool□25 Round hole bush φ32 φ25 φ20★ φ16★ φ10★ φ8★ Blank Turret Interference Tap holder Tap Boring bar U-drill Distance between Maxφ40 Maxφ32 centers : ２４0 Distance between centers : 310 30 Floor Space Drawing（Equipped with ΣiGH150） 150 335 φ210 30 25 175st 20 R540 φ210 R435 170 40 φ210 φ2 1,250 300 10 1,480 10 (1,310) （2,060） φ 2 Distance between centers : ２90 All turret holders are common to those used for [X-150PLUS]. Uni（t mm） Uni（t mm） 2,070 1,650 420 1,050 175st. 30 150 φ40 155 50 335 155 ｠□25 30 35 175st. 145 25 165 50 Ø40 335 25 210φ 167