Patents：150 domestic 50 international(Pending included.) BENDING MACHINE€¦ · ·...

http://www.opton.co.jp/en/ http://www.opton-3d.com

International

　 3-24 Akatsuki, Seto Aichi-pref. 489-8645 ［Management HQ］TEL：0561-48-3382　FAX：0561-48-7621［Design Center & Factory］TEL：0561-48-3329　FAX：0561-48-0628

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Domestic

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□ Regional offices

　 Gunma (for northern Japan)1648-1 Higashi-nagaoka-cho, Ota-city, Gunma-Pref. 373-0812TEL：0276-46-7185　FAX：0276-46-5615E-mail：[email protected]

　 Tokyo (for cosmopolitan area)284 Shin-Hane, Kouhoku-ward, Yokohama,Kanagawa-pref. 223-0057TEL：045-549-6771　FAX：045-549-6773E-mail：[email protected]

　 Nagoya-Seto (for central Japan)3-24 Akatsuki, Seto, Aichi 489-8645TEL：0561-48-3389　FAX：0561-48-4141E-mail：[email protected]

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5　 Osaka (for Western Japan)2-14-3 Okamoto Bld No.2-2F, Senrigaoka, Settu,Osaka 566-0001TEL：06-6330-8112　FAX：06-6330-8140E-mail：[email protected]

　 Fukuoka (for Kyushu Island)2-6-30 Techno Plaza Shirono, Shimosirono Kokura-Minami-ward, Kita-Kyushu, Fukuoka 802-0804TEL：093-932-1313　FAX：093-932-1325E-mail：[email protected]

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Business Profile

Established：Nov.12, 1963Capital paid：J.Yen 99 milCEO & Pres.：Teruaki Yogo, CEONo. of Employees：140Products：R&D, Mfg Sales of production machines　　　　 1. CNC Pipe Benders　　　　 2. 3D Scanners/Non-contact 3D profilers　　　　 3. TIF Built-in NumericalPatents：150 domestic 50 international(Pending included.)

□ Foreign affiliates

　 MiiC OPTON(USA),Inc41208 Capital Canton MI 48187 USATEL：1-734-453-2188　FAX：1-734-453-2216E-mail：[email protected]

　 MiiC OPTON (Europe) GmbHGutenbergstr.1 85737 Ismaning GermanyTEL：49-89-540165-0　FAX：49-89-540165-40E-mail：[email protected]

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　 MiiC OPTON de MexicoEmerson No.150 ,of 702 Col. Chapultepec NoraiesC.P.11570 Mexico.D.F.TEL：52 55-5203-3027　FAX：52 55-2624-0457E-mail：[email protected]

　 MiiC OPTON(Thailand) Co.,Ltd2nd Floor,CCT Bldg., 109 Surawong Rd.,SuriyawongBangrak,Bangkok 10500TEL：0-2634-2153　FAX:0-2634-2155E-mail：[email protected]　[email protected]

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　 MiiC OPTON(Korea) Co.,Ltd641-090 Seong Ju-Ro 97 Beon-Gil,Seong san-Gu, ChangWon City,Kyungsang- Nam Do,KoreaTEL：055-261-3165 FAX:055-261-3167E-mail：[email protected]　[email protected]

　 MiiC OPTON(China) Co.,Ltd　北京米克奥富同科技有限責任公司27 Village 6 districts 16-2-1102 , Shizhong Area ,

Jinan City , Shan Dong Prev

山东省济南市市中区二七新村六区16-2-1102TEL：0531-8246-6313E-mail：[email protected]

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□ Distributors and Agents

　 Head Office & factory （Land8905㎡　Bld8905㎡）1

※The contents in this document are subject to change as are needed. The latest information must be checked upon inquiry.　20151215：2000

CNC Pipe Benders and Supporting Productsfor FA System

PIPEBEND INGMACH INE＆ FA Sys t em Equ i pmen t s

Opton Co.,Ltd.

　　　　ＣＮＣPipe Bending Machines &FA-supporting Equipment embeddedwith the latest technologies

Videos

CNC Pipe BenderECO- Cross Type Series1 　　　The type ST-H Single-linked & dual-motor driven: Small-sized yet sturdy machine with the head for deep envelope space. Minimized work interference.2 The type ST-T with the direct-connected bending motor : The cost-oriented bending head with bending motor directly linked to the bending axes.3 　　　The bending starts the very first piece at Loss-less (= failure-free) by the powers of optional 3D Scanner, the software for failure-free proto-type work and error-correction feedback.

Patented

Patented

The Robot Bender Series Type T1 The same data entry system is employed as that of popular ECO-Cross type CNC Bending Machines.

2 Speed- and complexity-oriented bending is achieved thanked to the ultra-small bending head with T-shaped positioning of speed- and angle-accelerators.

3 Flexible bending performance for a work piece pre-assembled by welding.

Patented

The robot Bender Series Type G1 The same data entry system is employed as that of popular ECO-Cross type CNC Bending Machines.

2 The chuck with speed-/angle accelerator built-in is mounted at the hand end of GH Type 6-axis robot.

3 With the bending head instal led on the ground, the robot executes DBB, POB loading unloading and automatic change of tooling.

Bending Head Type ST-HSingle-linkage Bending with dual-motor drivenWork piece clamp tool in horizontal motion

Loss-less Unit Type LLB3D Scanner for testing DOBSoftware for failure-free proto-type work and error-modification feedback.Software for springback-correction feedback.

Bending Head Type ST-TBending axis driven by direct-linked motorPipe clamping by toggling in vertical motion

ECO-ST-H-10

G-WIN-ST-T-28

T-DRK-18

TIF-15 NC operation board

90° rotation axes

Type T Robot Bender Bending HeadSmall, speedy, and rigid

Bending Head with POB speed- & angle-accelerator

Type G Speed-/Angle- acceleratorAccelerator-built-in chuck

The features of TIF-based general purpose CNC operation Touch panel size

Servo control

Application software

Number of software parts stored

Auto creation of software

Operational information on display

No. of axis on synchronous control

Servo communication

Data communication

External communication

Application

15 inch

By soft-servo

By Sequence + Flowchart

2000

50%

Automatic creation of operation steps

MAX64

EtherCAT

EtherNet

InterNet

ST-3、WIN、DRK、Hydroformer

12 inch

By soft-servo

By Sequence + Flowchart

2000

50%

Automatic creation of operation steps

MAX16

EtherCAT

EtherNet

InterNet

ST-1

TIF15 TIF12

We are the reliable builder of performance ‒oriented FA production system with our unique and leading edge-technologies that are implemented in pipe-cutting, loading/unloading, seam-sensor, bending, end-forming, HF Soldering devices.

Patented

1 OPTON PIPE BENDER 2OPTON PIPE BENDER

Save-energy and accuracy oriented （H） All-electric-powered for standard bending R performanceCNC 3-axis Pipe Bender 9 models ECO-ST-H-（Machine sizes. 10～90）■The features1 Two bending modes available one with normal bending for （1.5D/R or larger） and the other for Multi-R bending （up to aprx.2000/R）2 The clamp die travels horizontally for work clamping to keep a work piece free from undesired turning at time of clamping impact.3 The chain-less bending head with longer accuracy stability and spacious envelope for　 less interference being achieved thanks to the bending device with single-linked and dual-motor driven. 4 Chain-less and longer accuracy stability are implemented thanks to the bending head with　 single-linked and 3-motor driven （for the machine size 80 & 90） 5 Machine sizes 10~20 : All axis AC servo motor driven. 　 The sizes 28~90: AC servo motor + DDV hydraulic servo driven.

Product detailon WEB




The Features of ECO-Cross Type CNC Pipe Bender Series

Brake tube Car air conditioner AL Pipe Car seatsteel frame

Standard Accuracy （T） Electric- or Hydraulic-powered for Normal R Bending with the L&R Switchable Bending Head4-axis CNC Pipe Benders 4 sizes ECO-SW-T （sizes 15～50）■The features1 Standard bending process （for 1.5D/R or larger）　 Multi-R Bending for larger bending R （up to 2000R）. With 2-stack tools.2 Clamping by toggle may cause inferior stability of POB accuracy　 comparing to the models in H series.3 Easy alternative selection of L/R bending data on the screen4 Features varied by AC servo motor + std. hydraulics or pneumatics

Standard Accuracy（T） Electric- or Hydraulic-powered for Normal R BendingCNC 3-axis Pipe Bender 9 sizes ECO-ST-T （Machine sizes10～90）■The features1 Two bending modes available one with normal bending for （1.5D/R or larger） and the other for　 Multi-R bending （up to aprx.2000/R） With 2-stack tools2 Clamping by toggle may cause inferior stability of POB accuracy comparing to the models in H series.3 Low cost version with driving motor directly linked to DOB axis.4 Work piece interference to DOB motor is more likely. 5 Machine sizes 10～35 : Features varied by AC servo motor + std. hydraulics or pneumatics. Machine sizes 50～90 : Features varied by AC servo motor + Servo valve + std. hydraulics.

Heat exchanger pipe Car filler tube

Save-energy and accuracy-oriented （H） All-electric powered for 1D bending3-axis CNC Pipe Bender 9 sizes ECO-UD-H-（Sizes 10～90）■The features1 A work piece is forwarded with controlled pressure given at rear end to minimized internal wrinkles and maximized thickness control.2 Two bending modes available one with normal bending （for 0.7D/R or larger） and　 the other for Multi-R bending （up to aprx.2000/R） With 3-stack tools.3 Horizontally-forwarding clamping employed for a work piece to stay free from undesired　 turn at time of clamping.4 The chain-less bending head with longer accuracy stability and spacious envelope for less　 interference being achieved thanks to the bending device with single-linked and dual-motor driven. 5 Chain-less and longer accuracy stability are implemented thanks to the bending head with　 single-linked and 3-motor driven （for the machine size 80 & 90）6 Machine sizes 10~20 : All axis AC servo motor driven. The sizes 28~90: AC servo motor + DDV hydraulic servo driven.


Exhaust manifold Door handle forbus and truck

Sample of dual bending process ofstandard and multi-R bending

ECO-ST-H-10

ECO-ST-T-28Car exhaust pipe

Car seat head rest

Bending work pieces of irregular cross section for free bending RMulti-Bender Series Type FPL/YPL for bending door-sash of irregular cross section　Type RPM/RPL for bending standard pipes■The features1 A work piece with free-designed cross section is push forwards for free R bending through the bending die that rotates on multi-axis of y.z.θ.φ.τ.2 Free 3D continuous bending can be made by forwarding a work piece through the N/C operated bending mold.　 The available size of bending R varies depending on the cross section design of a work piece. 3 Reputed supply in the production markets of car roof rail, door-sash, pre-bend for hydroforming.4 For more information on the machine selection with specs and　 reference movies, please visit Opton HP.

Truck door handle Aluminum door sash Aluminum space frameECO-UD-H-80 YPL-100

ECO-SW-T-35

Refer the table for performance in pages 9 & 10 and the specification chart in p13&14.Refer the table for performance in pages 9 & 10 and the specification chart in

p13&14.The machine size for cap 90 and larger, please consult us for custom-order.

Refer the table for performance in pages 9 & 10 and the specification chart in p13&14.The machine size for cap 90 and larger, please consult us for custom-order.


Standard Accuracy （T） Electric- or Hydraulic-powered for 1D BendingCNC 1-axis Pipe Bender 9 sizes ECO-ST-U （Machine sizes10～90）■The features1 The machine with one axes only for bending.2 A work piece is forwarded with controlled pressure given at rear end to　 minimized internal wrinkles and maximized thickness control.3 Normal bending mode （for 0.7D/R or larger） With 1-stack tools4 Clamping by toggle may cause inferior stability of POB accuracy　 comparing to the models in H series.5 Machine sizes 10~35 : Features varied by AC servo motor + std. hydraulics or pneumatics　 Machine sizes 50～90 : Features varied by AC servo motor + Servo valve + std. hydraulics.

Car air conditioner pipe Exhaust pipe for car engineECO-ST-U-28

Refer the table for performance in pages 9 & 10 and the specification chart in p13&14.The machine size for cap 90 and larger, please consult us for custom-order.

car stabilizercar seat slider lever

Refer the table for performance in pages 9 & 10 and the specification chart in p13&14. The machine size for cap 90 and larger, please consult us for custom-order.

Patented

Patented


DRK type Dual Robot Bender 2 types T-DRK （size 18 & 22） For long-length pipe （7000mm） at speed and accuracy-oriented bending■The features1 Two robots, mounting the bending head with speed-/angle- accelerator built-in,　 travel on the base frame that has the manual chuck fixed at its free-positioning　 area in front of the centeral frame. The two robots start bending simultaneously　 from either end towards the center-positioned chuck.2 Each robot bender works all steps of loading, PRB motions,　 interference clearance and discharging. 3 Bending process can be designated for free sequence to avoid interference. 4 Four-stack tooling max.5 The bending data （from those of XYZ in the part drawing） can be entered in the　 operation controller in the same manner as that of other Opton models.6 Bending speed aprx.1.5～4.0sec/per bend7 The total investment cost comes lower thanks to the versatile　 function of the robot bender including loading and unloading.


Robotic Pipe Bender Series and their features

■The features1 Ground-fix type bending head either of L or R bending2 Max five-stack of separate type tooling3 Speed-/angle- accelerator are built in the pipe chuck mounted atop of the 6-axis robot arm.4 The robot itself performs DBB/POB, loading/unloading and automatic setting of heavy tools.5 The bending data （from those of XYZ in the part drawing） can be entered in the operation　 controller in the same manner as that of other Opton models.6 Bending process can be designated for free sequence to avoid interference.7 The total investment cost comes lower thanks to the versatile function of　 the robot bender including loading and unloading.

SRK Type Single Robot Bender 3 types T-SRK- （sizes 18, 22 & 26）For mid-length pipe （4000mm） at speed and accuracy-oriented bending

■The features1 One robot, mounting the bending head with speed-/angle- accelerator built-in,　 travel on the base frame that has the manual chuck fixed at its free-positioning　 area in front of the end frame. The robot starts bending from an end towards the chuck.2 The robot bender works all steps of loading, PRB motions,　 interference clearance and discharging.3 Bending process can be designated for free sequence to avoid interference.4 Four-stack tooling max.5 The bending data （from those of XYZ in the part drawing） can be entered in　 the operation controller in the same manner as that of other Opton models.6 Bending speed aprx.1.5～4.0sec/per bend7 The total investment cost comes lower thanks to　 the versatile function of the robot bender　 including loading and unloading.

WIN Type Robot Benders 4 Types T-WIN- （sizes 10, 18, 22 & 26）For mid-length pipe （4000mm） at speed and accuracy-oriented bending

■The features1 One robot, mounting the bending head with speed-/angle- accelerator built-in, is fixed on the ground and starts bending towards the chuck.2 Either of two types of chucks （center chuck or end chuck） is automatically selected for　 shorter machining time with no substantive set-up time.3 Bending process can be designated for free sequence to avoid interference.4 The robot bender works all steps of loading, PRB motions, interference clearance and discharging.5 Four-stack tooling max.6 The bending data （from those of XYZ in the part drawing） can be entered in the operation controller　 in the same manner as that of other Opton models.7 Bending speed aprx.1.5～4.0sec/per bend8 The total investment cost comes lower thanks to the versatile function　 of the robot bender including loading and unloading.


Car air-conditioning pipe Power staring pipe

Exhaust manifold hydroforming part pre-bending

■Loader Series（For reference from the supplied market. Opton can meets custom specification.）Vertical alignment type loader HYS Series for the Robot Bender General-purpose type with shooter SLL Series

■The features1 A single piece of material is put manually from atop of the　 loading device and is automatically forwarded to the stand-by　 position at lower end of the loader. （5cm above the floor）2 The robot approaches for pick-up of the work piece.3 The positioning of the loader may be adjusted depending　 of the material length. Advantageous is this system is handy　 for narrow-spaced shop.

■The features1 Completed part is placed at the “completed part table　 located atop of the alignment stocker.2 Very handy for systematic construction with pipe bender,　 loading/unloading robot.

G-WIN-SW Type Robot Bender （with one head each for L & R bending） 9 sizes （10～90）For mid-length pipe （3000mm） Capable of L/R bending at speed-oriented performance

■The features1 Two ground-fixed bending heads for L- and R-bending. One robot,　 with pipe chuck, speed/angle accelerator built-in, works for selection of　 bending head of either direction, DBB, POB, loading & unloading. 2 Max five-stack of separate type tooling3 The bending data （from those of XYZ in the part drawing） can be entered in　 the operation controller in the same manner as that of other Opton models.4 Bending process can be designated for free sequence to avoid interference.5 The total investment cost comes lower thanks to the versatile function of　 the robot bender including loading and unloading.





G-WIN-ST Type Robot Bender （with one bending head） 9 sizes （10～90）Mid-length pipe （3000mm） igh-precision bending with POB motion and speed-/angle-accelerator built-in.

POB speed- & angle-accelerator built-in

Pipe chuck

Ground-fixed bending head

Standard （Left）loader

Pick-up stand-by

complete part table

Aligned material stocker

Loading stand-by

material supply Pre-supply stocker

Standard （Right） loader

Car air-conditioner pipe

Stabilizer

Automobile EGR pipe

Refer the table for performance in pages 15 & 16 and the specification chart in p19&20.


T-DRK-18

T-SRK-18

T-WIN-18

G-WIN-SW-T-28

G-WIN-ST-T-28

■Grounded Bending Head with the robot working for DBB/POB, loading and unloading




Car air-conditioner pipeBrake tube

Heat exchanger pipe

Car air-conditioner pipe

■The Robotic Bender Series with movable bending head

L-bending headθ axes: 90° turn-able for clearance from the basex-axes : clearance traversing over 600mm from 0 position

R-bending head

θ

x

Patented

PatentedPatented

Patented


ECO-cross Type CNC Pipe Bender Function Table

Product name / Type of functionsType of functions available Max bending capacities （The performances to be affected by lubrication and mold designs)

A B C D E F G H I J K L SUSW/mandrel

STKM11AW/mandrel

Copper／AluminumW/mandrel

SUSW/No mandrel

STKM11AW/No mandrel

Copper／AluminumW/No mandrel

ECO-Cross type3-axis CNC Pipe Benders

Save-energy, accuracy oriented fully-electric powered Standard R bending

Horizontal clamping Type H

ST-H 10 3 R／L BS4 PS 1000 S2M * * * 3C φ10.0×ｔ0.8 φ12.7×ｔ0.8 φ15.9×ｔ0.8 φ10.0×ｔ1.5 φ12.7×1.5 φ15.9×ｔ1.2

ST-H 15 3 R／L BS4 PS 1500 S2M * * * 3C φ12.7×ｔ1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0



ST-H 35 3 R／L BS4 PS 2000 S2M * * * 3C φ27.2×ｔ1.5 φ31.8×ｔ2.0 φ38.1×ｔ2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×ｔ2.5

ST-H 50 3 R／L BS5 PS 2500 S2M * * * CC φ45.0×ｔ1.5 φ50.8×ｔ2.0 φ54.0×ｔ3.0 φ48.6×ｔ2.0 φ54.0×ｔ3.0 φ60.5×ｔ3.6

ST-H 60 3 R／L BS5 PS 2500 S2M * * * CC φ54.0×ｔ1.5 φ60.5×ｔ2.3 φ63.5×ｔ3.2 φ60.5×ｔ2.0 φ63.5×ｔ3.2 φ70.0×ｔ4.0

ST-H 80 3 R／L BS5 PS 2500 S3M * * * CC φ80.0×ｔ1.5 φ80.0×ｔ2.8 φ80.0×ｔ4.5 φ80.0×ｔ2.3 φ80.0×ｔ4.5 φ89.1×t5.5



Standard accuracy, electric-/hydraulic- powered Standard R bending

Toggle clamp type T

ST-T 10 2 R／L BS1 PS 1000 DM * * * 3C φ10.0×ｔ0.8 φ12.7×ｔ0.8 φ15.9×ｔ0.8 φ10.0×ｔ1.5 φ12.7×1.5 φ15.9×ｔ1.2

ST-T 15 2 R／L BS1 PS 1500 DM * * * 3C φ12.7×ｔ1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0



ST-T 35 2 R／L BS3 PS 2000 DM * * * 3C φ27.2×ｔ1.5 φ31.8×ｔ2.0 φ38.1×ｔ2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×ｔ2.5

ST-T 50 2 R／L BS3 PS 2500 SVS * * * CC φ45.0×ｔ1.5 φ50.8×ｔ2.0 φ54.0×ｔ3.0 φ48.6×ｔ2.0 φ54.0×ｔ3.0 φ60.5×ｔ3.6

ST-T 60 2 R／L BS3 PS 2500 SVS * * * CC φ54.0×ｔ1.5 φ60.5×ｔ2.3 φ63.5×ｔ3.2 φ60.5×ｔ2.0 φ63.5×ｔ3.2 φ70.0×ｔ4.0

ST-T 80 2 R／L BS3 PS 2500 SVS * * * CC φ80.0×ｔ1.5 φ80.0×ｔ2.8 φ80.0×ｔ4.5 φ80.0×ｔ2.3 φ80.0×ｔ4.5 φ89.1×t5.5

ST-T 90 2 R／L BS3 PS 3000 SVS * * * 3C φ89.1×ｔ2.0 φ89.1×ｔ3.8 φ101.6×ｔ4.5 φ89.1×ｔ3.0 φ101.6×ｔ4.5 φ101.6×ｔ6.8


Save-energy, accuracy oriented fully-electric powered

1D bendingHorizontal clamping Type H

UD-H 10 3 R／L BS4 PS 1000 DM MD TR WB 3C φ10.0×ｔ0.8 φ12.7×ｔ0.8 φ15.9×ｔ0.8 φ10.0×ｔ1.5 φ12.7×1.5 φ15.9×ｔ1.2

UD-H 15 3 R／L BS4 PS 1500 DM MD TR WB 3C φ12.7×ｔ1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0



UD-H 35 3 R／L BS4 PS 2000 DM MD TR WB 3C φ27.2×ｔ1.5 φ31.8×ｔ2.0 φ38.1×ｔ2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×ｔ2.5

UD-H 50 3 R／L BS5 PS 2500 S2M MD TR WB CC φ45.0×ｔ1.5 φ50.8×ｔ2.0 φ54.0×ｔ3.0 φ48.6×ｔ2.0 φ54.0×ｔ3.0 φ60.5×ｔ3.6

UD-H 60 3 R／L BS5 PS 2500 S2M MD TR WB CC φ54.0×ｔ1.5 φ60.5×ｔ2.3 φ63.5×ｔ3.2 φ60.5×ｔ2.0 φ63.5×ｔ3.2 φ70.0×ｔ4.0

UD-H 80 3 R／L BS5 PS 2500 S3M MD TR WB CC φ80.0×ｔ1.5 φ80.0×ｔ2.8 φ80.0×ｔ4.5 φ80.0×ｔ2.3 φ80.0×ｔ4.5 φ89.1×t5.5

UD-H 90 3 R／L BS5 PS 3000 S3M MD TR WB 3C φ89.1×ｔ2.0 φ89.1×ｔ3.8 φ101.6×ｔ4.5 φ89.1×ｔ3.0 φ101.6×ｔ4.5 φ101.6×ｔ6.8


Standard accuracy, electric-/hydraulic- powered

１D bendingToggle clamp type T

UD-Ｔ 10 2 R／L BS4 PS 1000 DM MD TR WB 3C φ10.0×ｔ0.8 φ12.7×ｔ0.8 φ15.9×ｔ0.8 φ10.0×ｔ1.5 φ12.7×1.5 φ15.9×ｔ1.2

UD-Ｔ 15 2 R／L BS4 PS 1500 DM MD TR WB 3C φ12.7×ｔ1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0



UD-Ｔ 35 2 R／L BS4 PS 2000 DM MD TR WB 3C φ27.2×ｔ1.5 φ31.8×ｔ2.0 φ38.1×ｔ2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×ｔ2.5

UD-Ｔ 50 2 R／L BS5 PS 2500 SVS MD TR WB CC φ45.0×ｔ1.5 φ50.8×ｔ2.0 φ54.0×ｔ3.0 φ48.6×ｔ2.0 φ54.0×ｔ3.0 φ60.5×ｔ3.6

UD-Ｔ 60 2 R／L BS5 PS 2500 SVS MD TR WB CC φ54.0×ｔ1.5 φ60.5×ｔ2.3 φ63.5×ｔ3.2 φ60.5×ｔ2.0 φ63.5×ｔ3.2 φ70.0×ｔ4.0

UD-Ｔ 80 2 R／L BS5 PS 2500 SVS MD TR WB CC φ80.0×ｔ1.5 φ80.0×ｔ2.8 φ80.0×ｔ4.5 φ80.0×ｔ2.3 φ80.0×ｔ4.5 φ89.1×t5.5

UD-Ｔ 90 2 R／L BS5 PS 3000 SVS MD TR WB 3C φ89.1×ｔ2.0 φ89.1×ｔ3.8 φ101.6×ｔ4.5 φ89.1×ｔ3.0 φ101.6×ｔ4.5 φ101.6×ｔ6.8

ＥECO-Cross type 4-axis CNC Pipe BendersStandard accuracy L/R switchable Standard R bending

Toggle clamp type T

SW-T 15 2 Ｒ－Ｌ BS2 PS 1500 DM * * * 3C φ12.7×ｔ1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0

SW-T 28 2 Ｒ－Ｌ BS3 PS 2000 DM * * * 3C φ25.4×ｔ1.0 φ27.2×ｔ1.6 φ31.8×ｔ1.6 φ25.4×ｔ1.6 φ28.0×ｔ1.2 φ30.0×ｔ3.0

SW-T 35 2 Ｒ－Ｌ BS3 PS 2000 DM * * * 3C φ27.2×ｔ1.5 φ31.8×ｔ2.0 φ38.1×ｔ2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×ｔ2.5

SW-T 50 2 Ｒ－Ｌ BS3 PS 2500 DM * * * CC φ45.0×ｔ1.5 φ50.8×ｔ2.0 φ54.0×ｔ3.0 φ48.6×ｔ2.0 φ54.0×ｔ3.0 φ60.5×ｔ3.6

ST-H-10

Cloud Forma

A ST-H: Bending head with high accuracy POB by horizontal clamp and for std bending　R（1.5D or larger)　ST-T: Bending head of std. accuracy POB by toggle clamp for std. bending R （1.5D or larger)　UD-H: Bending head with high accuracy POB by horizontal clamp and for 1D bending　（0.7D or larger)　UD-T：Bending head of std. accuracy POB by toggle clamp for １D bending （ 0.5D or larger) SW-T: L&R switchable bending head of normal accuracy by toggle and for std. bending R 　（1.5D or larger)B Max bending cap. in pipe diameter （mild steel, no mandrel)C Max stacking no. of separate type of bending dieD Bending direction R / L : Selection type of direction L or R　R ・L: Bidirectional bending

E BS1: Spring booster　BS2: Pneumatic booster　BS3: Hydraulic booster （N/C optional)　 BS4: Electrical booster　BS5 : DDV/NC boosterF PS：Pipe supportG Effective pipe length （w/mandrel)H S2M : Single-link two-motors for bending drive　S3M: Single-linked three-motors for bending drive DM：Direct-linked motor for bending drive　SVS：Servo-valve, Cylinder for bending drive （DDV system is available as option.)I MD：With mandrel. (*) : Available as optionJ TR : Tie bar （rod) TK : Tie bar （mold-integrated design) (*) Available as option　The type TK is only available to the bending head type SW-T.K WB：The type WB is only available to the bending head type SW-T ,followed by limited application to one-directional bending.L CC : Collet chuck 3C : 3-jaw chuck


1-axes CNC Pipe Benders Function Table

Product name / Type of functionsType of functions available Max bending capacities （The performances to be affected by lubrication and mold designs)

A B C D E F G H I J K SUSW/mandrel

STKM11AW/mandrel


SUSW/No mandrel

STKM11AW/No mandrel


ECO-Cross type1-axes CNC Pipe Benders

Standard accuracy, electric-/hydraulic- poweredStandard R bending

Toggle clamp type B

ST-B 10 1 R BS1 500 1000 DM - * * φ10×t0.8 φ12.7×t0.8 φ15.9×t0.8 φ10×t1.5 φ12.7×t1.5 φ15.9×t1.2

ST-B 15 1 R BS1 750 1500 DM - * * φ12.7×t1.0 φ16.0×ｔ1.2 φ19.1×ｔ1.2 φ16.0×ｔ1.0 φ17.3×ｔ1.6 φ19.1×ｔ2.0

ST-B 20 1 R BS2 1000 2000 DM - * * φ16.0×t1.2 φ19.1×t1.2 φ22.2×t1.5 φ19.0×t1.2 φ22.2×t1.6 φ25.4×t1.8



ST-B 50 1 R BS3 1250 2500 SVS - * * φ45.0×t1.5 φ50.8×t2.0 φ54.0×t3.0 φ48.6×t2.0 φ54.0×t3.0 φ60.5×t3.6





Standard accuracy, electric-/hydraulic- powered

1D bending

Toggle clamp type U

ST-Ｕ 10 1 R BS4 500 1000 DM UD MD WB φ10×t0.8 φ12.7×t0.8 φ15.9×t0.8 φ10×t1.5 φ12.7×t1.5 φ15.9×t1.2

ST-Ｕ 15 1 R BS4 750 1500 DM UD MD WB φ12.7×t1.0 φ16.0×t1.2 φ19.1×t1.2 φ16.0×t1.0 φ17.3×t1.6 φ19.1×t2.0




ST-Ｕ 50 1 R BS5 1250 2500 SVS UD MD WB φ45.0×t1.5 φ50.8×t2.0 φ54.0×t3.0 φ48.6×t2.0 φ54.0×t3.0 φ60.5×t3.6




A ST-B : Bending head with Toggle clamp Type B for standard accuracy and 　 standard R bending （1.5D/R or larger) ST-U : Bending head with Toggle clamp Type U for standard accuracy and 1D Bending （0.7D/R or larger)B Max bending cap. in pipe diameter （mild steel, no mandrel)C Max stacking no. of separate type of bending dieD R-bending is only available as standard with L-bending as option.E BS1 ： Spring booster　BS2 ： Pneumatic booster　　 BS3: Hydraulic booster （N/C optional)　BS4: Electrical booster　　 BS5 : DDV/NC booster

Note on 1D BendingMax 1D performance by UD-H、UD-T、ST-U Benders is 0.7D

（1119修正分） + thickness, and the achievement may vary depend on the quality, OD, thickness , mold design, machining speed, etc.It should be noted that bending to specification does not always mean production of the quality needed. Pre-production trial is definitely a must to ensure the production meets what are needed.

ECO-ST-U-28

F PL2 ： Effective pipe length （w/ no mandrel)G PL1 ： Effective pipe length （w/ mandrel)H DM : Bending motor direct-connected　 SVS : Bending by servo valve & cylinder　（DDV system available as option)I UD ： 1D Pusher （Rear pusher for mandrel）J MD ： Mandrel driver (*) : Available as optionK WB ： Wiper base available as option　 (*) : Available as option


ST-H：Horizontal clampST-T：Toggle clampEffective work length （The size varies depending on optional specification.Max R difference: *1 The size varies depending on the pipe dia and bending R needed. Opton contact is needed.

Controlled axis :DBB POB DOB clamp die press.die head up/down） head L/RCarriage up/don (for the machine size 50 and largerChuck(UDH-20 28), Booster Mandrel unitRear booster L/R switchableChcuk booster (UD-H-20) Pipe support

②Clamp-die travelling base for the bender size 80 (3-stack tooling) No restriction given to the difference between R１- R2 The R difference between R2 -R3 is 37mm (In case of φ65)

■Reference for designing clamp die①Clamp-die travelling base for the bender size 80 (2-stack tooling)　No restriction given to R-difference.

■Reference for designing pressure-die①R difference for pressure die outside of interference areaR difference = (Pressure die stroke) ‒ (pipe dia) ‒ (gap for allowance x 2)With the related figures of 200/pres.die stroke and 65/pipe dia, R difference= (200) ‒ (65) ‒ (5x2) =125 as the answer.

②R difference for press die within the interference areaR difference = (Pressure die stroke) ‒ (pipe dia / 2 ) ‒ (chuck dia / 2) - (gap for allowance x 2)With the related figures of 200/pres.die stroke and 65/pipe dia, R difference= (200) ‒ (65/2) ‒ (160/2) (5x2) =77.5 as the answer.

Pipe dia（65）

Bend Roll

clamp die

clamp dieBend Roll

Pres. die stroke（200）Gap for allowance（5） R difference（125）

Gap for allowance（5）

Pipe dia（φ65）

Bend Roll Pres. die

chuck dia（φ

160）

Gap for allowance（5）chuck dia/2

Pres. die stroke（200）

Pipe dia/2（32.5）

R difference（77.5）（80）

Gap for allowance（5）

Pipe dia （φ65）

Bending roll

clamp die

Product name / Type of functions

Bending specification Repeatability Max axial rotation （at no load) N/C Product dimension

Type of bending

mechanism

Bending capability （Material Fe and for

reference only )

No. of stacking

toolBending direction

Effective work length Max Bending R Max difference

of Bending RMax. bending

angle DBB （mm) POB （°) DOB （°) Pitching speed （mm/sec.)

Rotation speed （°/sec.)

Bending speed （°/sec.) N/C system Internal/External

communicationNumber of controlled axis Display in shape of work

Power supply （primary)

Electric capacity （KVA) Memory media Machine Weight

（kg）

ECO-Cross type3-axis CNC Pipe

BendersSave-energy, accuracy oriented fully-electric

poweredStandard R bending


ST-H 10 3 R／L 1000 60 ※1 195

±0.05 ±0.05 ±0.05

1300 1014 450

TIF15soft

servo

Internal communication

EtherNETEtherCAT


Internet

11Yes

AC２００V50／60Hz3-phaze

6.2

USB memory

Flash disk

1,700×500×1,250 820ST-H 15 3 R／L 1500 60 ※1 195 1300 1014 450 10.4 2,250×560×1,340 1,200ST-H 20 3 R／L 2000 80 ※1 195 1100 450 420 13.8 3,380×1,010×1,410 2,000ST-H 28 3 R／L 2000 100 ※1 195 1100 450 295

10Yes

17.3 3,380×1,010×1,410 2,200ST-H 35 3 R／L 2000 120 ※1 195 900 288 264 25.9 3,720×1,010×1,510 3,500ST-H 50 3 R／L 2500 150 ※1 195 1190 260 230 51.9 5,100×1,700×1,550 7,000ST-H 60 3 R／L 2500 200 ※1 195 900 250 200 60.5 6,300×2,100×2,200 10,000ST-H 80 3 R／L 2500 200 ※1 195 800 250 170 77.8 6,300×2,100×2,200 10,000ST-H 90 3 R／L 3000 300 ※1 195 700 210 105 77.8 6,350×2,300×2,300 15,500


BendersStandard accuracy, electric-/hydraulic-

powered Standard R bending

Toggle clamp type T

ST-T 10 2 P1 1000 60 ※1 195

±0.05 ±0.05 ±0.05

1300 1014 450

TIF15soft

servo


EtherNETEtherCAT


Internet

4Yes


5.1

USB memory

Flash disk

1,700×500×1,200 800ST-T 15 2 R／L 1500 60 ※1 195 1300 1014 450 6 2,300×560×1,290 1,220ST-T 20 2 R／L 2000 80 ※1 195 1100 450 420 8.6 3,390×1,010×1,410 2,100ST-T 28 2 R／L 2000 100 ※1 195 1100 450 295 13.8 3,390×1,010×1,410 2,300ST-T 35 2 R／L 2000 120 ※1 195 900 288 264 20.7 3,780×1,010×1,510 3,500ST-T 50 2 R／L 2500 150 ※1 195 1190 260 230 43 5,100×1,700×1,480 6,800ST-T 60 2 R／L 2500 200 ※1 195 900 250 200 51.9 6,300×2,100×2,100 10,000ST-T 80 2 R／L 2500 200 ※1 195 800 250 170 69.2 6,300×2,100×2,100 10,000ST-T 90 2 R／L 3000 300 ※1 195 700 210 105 69.2 6,350×2,300×2,200 15,200


BendersSave-energy, accuracy oriented fully-electric

powered1D bending


UD-H 10 3 R／L 1000 60 ※1 195

±0.05 ±0.05 ±0.05

1300 1014 450

TIF15soft

servo


EtherNETEtherCAT


Internet

13Yes


7

USB memory

Flash disk

1,700×500×1,250 820UD-H 15 3 R／L 1500 60 ※1 195 1300 1014 450 11.4 2,250×560×1,340 1,200UD-H 20 3 R／L 2000 80 ※1 195 1100 450 420 15.1 3,880×1,010×1,460 2,300UD-H 28 3 R／L 2000 100 ※1 195 1100 450 295

10Yes

19 3,880×1,010×1,460 2,500UD-H 35 3 R／L 2000 120 ※1 195 900 288 264 28.4 3,720×1,010×1,510 3,500UD-H 50 3 R／L 2500 150 ※1 195 1080 250 200 57 5,450×1,700×1,550 8,100UD-H 60 3 R／L 2500 200 ※1 195 870 230 150 66.5 6,900×2,100×2,200 15,000UD-H 80 3 R／L 2500 200 ※1 195 665 215 105 86.5 6,900×2,100×2,200 15,000UD-H 90 3 R／L 3000 300 ※1 195 600 180 65 86.5 7,000×2,300×2,300 16,800


BendersStandard accuracy 1D

bending

Toggle clamp type T

UD-Ｔ 10 2 R／L 1000 60 ※1 195

±0.05 ±0.05 ±0.05

870 1014 450

TIF15soft

servo


EtherNETEtherCAT


Internet

6Yes


5.6

USB memory

Flash disk

1,700×500×1,250 820UD-Ｔ 15 2 R／L 1500 60 ※1 195 870 1014 450 6.6 2,250×560×1,340 1,200UD-Ｔ 20 2 R／L 2000 80 ※1 195 860 450 420 9.5 3,880×1,010×1,460 2,300UD-Ｔ 28 2 R／L 2000 100 ※1 195 860 450 295 15.2 3,880×1,010×1,460 2,500UD-Ｔ 35 2 R／L 2000 120 ※1 195 730 288 264 23 3,720×1,010×1,510 3,500UD-Ｔ 50 2 R／L 2500 150 ※1 195 1080 250 200 47 5,450×1,700×1,480 7,900UD-Ｔ 60 2 R／L 2500 200 ※1 195 870 230 150 57 6,900×2,100×2,100 14,700UD-Ｔ 80 2 R／L 2500 200 ※1 195 665 215 105 76.1 6,900×2,100×2,100 14,700UD-Ｔ 90 2 R／L 3000 300 ※1 195 600 180 65 76.1 7,000×2,300×2,200 16,500


Standard accuracy　　L/R switchable Standard R bendingToggle clamp type T

SW-T 15 2 Ｒ－Ｌ 1500 60 ※1 195

±0.05 ±0.05 ±0.05

1500 1080 480TIF15soft

servo

Internal communicationEtherNETEtherCAT

External communicationInternet

5Yes


8.9USB

memory Flash disk

3,230×1,000×1,340 1,800SW-T 28 2 Ｒ－Ｌ 2000 100 ※1 195 740 300 240 14.8 4,030×1,050×1,550 2,800SW-T 35 2 Ｒ－Ｌ 2000 120 ※1 195 1200 250 155 26 4,300×1,480×1,760 4,000SW-T 50 2 Ｒ－Ｌ 2500 150 ※1 195 1000 260 135 51.9 5,500×2,400×2,050 8,000



Type of bending

mechanism

Bending capability （Material Fe and for

reference only )

No. of stacking

toolBending direction

Effective work length Max Bending R Max difference

of Bending RMax. bending

angle DBB （mm) POB （°) DOB （°) Pitching speed （mm/sec.)

Rotation speed (°/sec.)

Bending speed （°/sec.) N/C system Internal/External

communicationNumber of controlled axis Display in shape of work

Power supply (primary)


（kg）

ECO-cross typeCNC　1-axes Pipe

BenderStandard accuracy

Electric- & hydraulic-powered

Standard bending R

B-type toggle clamp

ST-B 10 1 Right Bending 500 60 - 195

- - ±0.1

- - 450

TIF12soft

servo


EtherNETExternal

communicationInternet

1Yes


6.2

USB memory

Flash disk

1,000×500×1,150 600ST-B 15 1 Right Bending 750 60 - 195 - - 450 10.4 1,500×550×1,150 720ST-B 20 1 Right Bending 1000 80 - 195 - - 420 13.8 1,700×1010×1,300 1,500ST-B 28 1 Right Bending 1000 100 - 195 - - 295 17.3 1,750×1,010×1,350 1,800ST-B 35 1 Right Bending 1000 120 - 195 - - 264 25.9 2,000×1,010×1,350 2,000ST-B 50 1 Right Bending 1250 150 - 195 - - 230 51.9 2,500×1,100×1,450 4,700ST-B 60 1 Right Bending 1250 200 - 195 - - 200 60.5 3,000×1,600×1,500 6,500ST-B 80 1 Right Bending 1250 200 - 195 - - 170 77.8 3,000×1,600×1,500 6,500ST-B 90 1 Right Bending 1500 300 - 195 - - 105 77.8 4,000×2,200×1,900 9,700

ECO-cross type CNC　1-axes Pipe

BenderStandard accuracy

Electric- & hydraulic-powered

1D bending

U-type toggle clamp

ST-U 10 1 Right Bending 500 60 - 195

- - ±0.1

- - 450

TIF12soft

servo


EtherNETExternal


3Yes


6.2

USB memory

Flash disk

1,500×500×1,150 750ST-U 15 1 Right Bending 750 60 - 195 - - 450 10.4 2,000×550×1,200 850ST-U 20 1 Right Bending 1000 80 - 195 - - 420 13.8 2,200×1,010×1,280 1,700ST-U 28 1 Right Bending 1000 100 - 195 - - 295 17.3 2,250×1,010×1,350 2,000ST-U 35 1 Right Bending 1000 120 - 195 - - 264 25.9 2,500×1,010×1,350 2,300ST-U 50 1 Right Bending 1250 150 - 195 - - 200 51.9 3,000×1,600×1,450 4,900ST-U 60 1 Right Bending 1250 200 - 195 - - 150 60.5 3,700×1,600×1,500 6,800ST-U 80 1 Right Bending 1250 200 - 195 - - 105 77.8 3,700×1,600×1,500 6,800ST-U 90 1 Right Bending 1500 300 - 195 - - 65 77.8 4,250×2,200×1,900 10,000

ECO-Cross type Pipe Bender Specification

1-axes type Pipe Bender Specification


Tensionless tie bar Robot Bender Multi Chuck

Product name / Type of functionsT-WIN Robot Bender Function categories Chuck type Robot Type Max bending capacities （The performances to be affected by lubrication and mold designs)

A B C D E F G H I J K SUSW/mandrel

STKM11AW/mandrel


SUSW/No mandrel

STKM11AW/No mandrel


T-WIN Robot Bender

The 6-axis Robot Bender with bending head mounted and the floor-type pipe chuck to be implemented in a system

Toggle clump Type TStandard accuracy Standard Bending R

T-WIN 10 R/L TB1 BS1 4 TCC RBM 6KB 800 　K　10 φ6×ｔ0.8 φ8×ｔ0.8 φ12×ｔ0.8 φ9×ｔ1.0 φ12×ｔ0.8 φ14×ｔ0.8

T-WIN 18 R/L TB2 BS1 4 TCC RBM 6KB 1000 　K　20 φ8×ｔ1.0 φ10×ｔ1.0 φ12×ｔ1.0 φ10×ｔ1.2 φ12×ｔ1.0 φ16×ｔ0.8

T-WIN 22 R/L TB3 BS1 4 TCC RBM 6KB 1500 　K　50 φ10×ｔ1.0 φ13×ｔ1.0 φ16×ｔ1.0 φ12×ｔ1.0 φ16×ｔ1.0 φ19.05×ｔ1.0

T-WIN 26 R/L TB3 BS3 4 TCC RBM 6KB 1700 　K　110 φ19×ｔ1.5 φ25.4×ｔ1.6 φ32×ｔ2.0 φ25.4×ｔ1.5 φ31.8×ｔ1.6 φ35×ｔ2.0

T-RSK Single Robot Bender6-axis travelling Robot Bender

with the bending head

T-SRK 18 R/L TB2 BS1 4 KCC RM 6KB 2500 　K　20 φ8×ｔ1.0 φ10×ｔ1.0 φ12×ｔ1.0 φ10×ｔ1.2 φ12×ｔ1.0 φ16×ｔ0.8

T-SRK 22 R/L TB3 BS1 4 KCC RM 6KB 2500 　K　50 φ10×ｔ1.0 φ13×ｔ1.0 φ16×ｔ1.0 φ12×ｔ1.0 φ16×ｔ1.0 φ19.05×ｔ1.0

T-SRK 26 R/L TB3 BS3 4 KCC RM 6KB 4000 　K　110 φ19×ｔ1.5 φ25.4×ｔ1.6 φ32×ｔ2.0 φ25.4×ｔ1.5 φ31.8×ｔ1.6 φ35×ｔ2.0

T-DRK Dual Robot Bender6-axis travelling Robot Bender


T-DRK 18 R+L TB2 BS1 4 KCC RM 6KB 5000 　K　20 - - - φ10×ｔ1.2 φ12×ｔ1.0 φ16×ｔ0.8

T-DRK 22 R+L TB3 BS1 4 KCC RM 6KB 5000 　K　50 - - - φ12×ｔ1.0 φ16×ｔ1.0 φ19.05×ｔ1.0

DRM Dual Robot Bender3-axis travelling Robot Bender


DRM 12 RR/LL TB1 BS1 3 MCC RM 3M 5000 　M　15 - - - φ8.0×ｔ1.0 φ12×ｔ1.2 φ14×ｔ1.0

DRM 15 RR/LL TB2 BS1 3 MCC RM 3M 5000 　M　15 - - - φ9.0×ｔ1.0 φ12.7×ｔ0.8 φ15.88×ｔ1.2

SSRM Robot Bender with self-travelling chuckFloor-type 3-axis Robot Bender with the

bending head

SRM 12 R/L TB1 BS1 3 MMC RBM 3M 3000 　M　15 φ7×ｔ0.8 φ9×ｔ0.5 φ12×ｔ1.0 φ8.0×ｔ1.0 φ12×ｔ1.2 φ14×ｔ1.0

SRM 15 R/L TB2 BS1 3 MMC RBM 3M 3000 　M　15 φ8×ｔ0.8 φ10×ｔ0.5 φ14×ｔ1.0 φ9.0×ｔ1.0 φ12.7×ｔ0.8 φ15.88×ｔ1.2

A The robot Bender with movable bending head for standard 1R bending （min. 1.5D/R) T-WIN ： Floor-type Kawasaki 6-axis robot for shorter work piece with POB　　　　　 speed-/angle-accelerator over 360° embedded in the bending head T-SRK ： One Robot Bender T-WIN travels on the bed way for mid-length work. T-DRK ： Two Robot Benders T-WIN travel on the bed way for long-length work. T-DRM ： Two Mitsubishi 3-axis robots travel on the bed way for long sized work. T-SRM ： One floor-type Mitsubishi 3-axis robot bender and travelling chuck for　　　　　 mid-length work.B Reference bending capacity for aluminum pipeC Bending direction　 R / L : R or L alternative choice　 R+L : One unit installed each for R and L-bending　 RR/LL : Two units for R-bending or L-bending for alternative choiceD TB1 ： Sizes 10 /12 Size-/rigidity- oriented bending head for T-WIN TB2 ： Sizes 15/18 same as above TB3 ： Sizes 22/26 same as above

E BS1 ： Spring booster　BS2 ： Pneumatic booster　BS3 ： N/C Hydraulic boosterF Max stacking number of tools on the bending headG TCC ： T-WIN special center chuck with positioning change by manual KCC ： DRK/SRK common center chuck with positioning change by manual MMC ： SRM special travelling chuck with N/C operated positioning　 MCC ： DRM special center chuck with positioning change by manualH The robot Fixed / Travelling RBM ： Fllor-type robot with the bending head mounted RM ： The robot travelling on the bed wayI Robot kinematic software version 6KB ： Software for 6-axis Robot Bender head with POB circular interpolation enlarged from 270°→360°. 3M ： Software for 3-axis Robot Bender head with POB circular interpolation enlarged from 210°→360°.J Effective length by one chucking （mm) （POB 360°　by one chucking)K The robot type　 K10 ： RS010N　K20 ： RS020N　K50 ： RS050N K110 ： CX110L　M15 ： RV-T-WIN-18

Pre assembled pipe The Robot for 20kg／loading capacity

Ｂending head

Pipe Chuck

T-SRK-18

The Robot for 20kg／loading capacity

Pipe Chuck

Travelling bed

Pre assembled pipe

Ｂending head

T-DRK-18

The Robot for 20kg／loading capacity

Ｂending head

Pipe Chuck

Pre assembled pipe

Ｂending head

Travelling bed

Movable Bending Head

T-WIN Robot Bender System Function Table

Brimmed integrated 3-stack roll

BrimConventional tension bar

Clamp

Clamp

Pipe dia (example)：φ8～12.7 φ12.7～25 φ25～35


Product name / Type of functionsG-WIN Robot Bender Function categories Chuck type Robot Type Max bending capacities （The performances to be affected by lubrication and mold designs)

A B C D E F G H I J SUSW/mandrel

STKM11AW/mandrel


SUSW/No mandrel

STKM11AW/No mandrel


G-WIN-ST-T Robot Bender

Standard accuracy Standard Bending RToggle clump Type T

The 6-axis Robot Bender with pipe chuck and the floor-type bending head to be

implemented in a system

G-WIN ST-T 10 Ｒ／Ｌ BS1 5 TR 1000 RC K10 φ6×ｔ0.8 φ8×ｔ0.8 φ12×ｔ0.8 φ9×ｔ1.0 φ12×ｔ0.8 φ14×ｔ0.8

G-WIN ST-T 18 Ｒ／Ｌ BS1 5 TR 1500 RC K20 φ8×ｔ1.0 φ10×ｔ1.0 φ12×ｔ1.0 φ10×ｔ1.2 φ12×ｔ1.0 φ16×ｔ0.8

G-WIN ST-T 22 Ｒ／Ｌ BS1 5 TR 2000 RC K20 φ10×ｔ1.0 φ13×ｔ1.0 φ16×ｔ1.0 φ12×ｔ1.0 φ16×ｔ1.0 φ19.05×ｔ1.0

G-WIN ST-T 28 Ｒ／Ｌ BS3 5 TR 2000 RC K50 φ19×ｔ1.5 φ25.4×ｔ1.6 φ32×ｔ2.0 φ25.4×ｔ1.5 φ31.8×ｔ1.6 φ35×ｔ2.0

G-WIN ST-T 35 Ｒ／Ｌ BS3 5 TR 2000 RC K50 φ27.2×t1.5 φ31.8×t2.0 φ38.1×t2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×t2.5





G-WIN-SW-T Robot Bender

Standard accuracy Standard Bending RToggle clump Type T

The 6-axis Robot Bender with pipe chuck and the floor-type bending head to be

implemented in a system

G-WIN SW-T 10 Ｒ－Ｌ BS1 5 ＴＫ 1000 RC K10 φ6×ｔ0.8 φ8×ｔ0.8 φ12×ｔ0.8 φ9×ｔ1.0 φ12×ｔ0.8 φ14×ｔ0.8

G-WIN SW-T 18 Ｒ－Ｌ BS1 5 ＴＫ 1500 RC K20 φ8×ｔ1.0 φ10×ｔ1.0 φ12×ｔ1.0 φ10×ｔ1.2 φ12×ｔ1.0 φ16×ｔ0.8

G-WIN SW-T 22 Ｒ－Ｌ BS1 5 ＴＫ 2000 RC K20 φ10×ｔ1.0 φ13×ｔ1.0 φ16×ｔ1.0 φ12×ｔ1.0 φ16×ｔ1.0 φ19.05×ｔ1.0

G-WIN SW-T 28 Ｒ－Ｌ BS3 5 ＴＫ 2000 RC K50 φ19×ｔ1.5 φ25.4×ｔ1.6 φ32×ｔ2.0 φ25.4×ｔ1.5 φ31.8×ｔ1.6 φ35×ｔ2.0

G-WIN SW-T 35 Ｒ－Ｌ BS3 5 ＴＫ 2000 RC K50 φ27.2×t1.5 φ31.8×t2.0 φ38.1×t2.0 φ32.0×t1.5 φ38.1×t2.0 φ42.7×t2.5





A G-WIN ： Floor-type Bending Head　 The bending robot works for DBB and POB of work piece. 　 Category of bending head installation :　 ①Ground type (ST-T, ST-W)　 ②90°-clearance by rotation (SW-T)　 ③Bending head clearance by travelling (Optional to SW=T)B ST-T ： Toggle clump type for standard accuracy and bending R （min. 1.5D/R) SW-T ： ST-T Floor-type L/R Bending headC Reference bending capacity for Al, and mild steelD Bending direction R / L : R or L alternative choice R – L : Bi-directionalE BS1 ： Spring booster　BS2 ： pneumatic booster　 BS3 ： N/C Hydraulic booster

G-WIN-ST-T-28 G-WIN-SW-T-28

Floor-type bending head

G-WIN Robot Bender System Function TableF Max stacking number of a separated toolG TR ： 2-stack of separated tool with no tie bar needed （inferior DOB achievement) ＴＫ： Consolidated tools with no tie bar needed （better DOB achievement)H Pipe effective length （w/no mandrel)I RC: A parallel chuck with speed/angle accelerator is mounted at the robot head. 　　　Designed to meet set-up free multi-chuck application.J Robot Type　K10 ： RS010N　K20 ： RS020N　K50 ： RS050N K110 ： CX110L　K130 ： BX130L




Bending type Bending capability （Reference by Fe )

Stacking no. of molds

Bending direction max pipe dia Max Bending R Max bending R Max DOB DBB （mm) POB （°) DOB （°) Pitching speed

（mm/sec.)Rotation speed

（°/sec.)Bending speed

（°/sec.) N/C systemInternal/external communication

methodNumber of controlled axis Display in shape of work



（kg）

Ｔ－WIN Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TThe 6-axis Robot Bender with small-sized bending head mounted and the floor-type pipe chuck to be implemented in a system

T-WIN 10 4 R／L 2000 40 11 195

±0.05 ±0.05 ±0.05

1800 320 360

TIF15N/C unit

Robot additional command axes

RobotAnti-collision

Internal communication EtherNET I/P

EtherCATExternal


7Yes


4.8

USB memory Flash disk

3000×3000×2000 750

T-WIN 18 4 R／L 3000 40 14 195 1800 320 360 5.1 3000×3000×2000 800

T-WIN 22 4 R／L 3000 40 13 195 1700 290 150 6.8 4000×4000×2500 1150

T-WIN 26 4 R／L 4000 70 28 195 1000 180 110 17.3 3500×3500×1700 3000

T-SRK Single Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TThe 6-axis travelling Robot Bender with

small-sized bending head mounted and the floor-type pipe chuck to be implemented in

a system

T-SRK 18 4 R／L1000200030004000

40 14 195

±0.05 ±0.05 ±0.05

1000（1800） 320 360TIF15

N/C unitRobot additional command axes

Robot Anti-collision


EtherCATExternal


8Yes


5.1


3000×3000×2000 1050

T-SRK 22 4 R／L 40 13 195 1100（1700） 290 150 6.8 4500×4000×3000 1550

T-SRK 26 4 R／L 70 28 195 700（1000） 180 110 17.3 5000×3500×1700 3500

T-DRK Dual Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TTwo 6-axis travelling Robot Benders with small-sized bending head mounted and the floor-type

pipe chuck to be implemented in a system

T-DRK 18 4 R／L 4000500060007000

40 14 195±0.05 ±0.05 ±0.05

1000（1800） 320 360 TIF15N/C unit




EtherCATExternal


8+8Yes


10.3USB memory

Flash disk

6000×3000×2000 2000

T-DRK 22 4 R／L 40 13 195 1100（1700） 290 150 13.8 9000×4000×3000 3000

DRM Dual Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TTwo 3-axis travelling Robot Benders with small-sized bending head

mounted and the floor-type pipe chuck to be implemented in a system （Discontinued to be replaced by the type T-DRK)

DRM 12 3 R／L 5000 40 11 195±0.05 ±0.05 ±0.05

1200 360 360 TIF15N/C unit




EtherCATExternal


5+5Yes


15USB memory

Flash disk

5500×2000× 1800 1950

DRM 15 3 R／L 5000 40 11 195 1200 360 360 15 5500×2000× 1800 2000

SRM Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TThe travelling Pipe chuck and 3-axis Robot Benders with small-sized bending head mounted to be implemented in a system

（Discontinued to be replaced by the type T-DRK)

SRM 12 3 R／L 3000 40 11 195±0.05 ±0.05 ±0.05

2700 360 360 TIF15N/C unit




EtherCATExternal


5Yes


7USB memory

Flash disk

770×3900×1500 950

SRM 15 3 R／L 3000 40 11 195 2700 360 360 7 770×3900×1500 1000



Bending type Bending capability （Reference by Fe )

Stacking no. of molds

Bending direction

Effective pipe length at one-

chucking Max Bending R Max bending R Max DOB DBB （mm) POB （°) DOB （°) Pitching speed

（mm/sec.)Rotation speed

（°/sec.)Bending speed

（°/sec.) N/C systemInternal/external communication

methodNumber of controlled axis Display in shape of work



（kg）

G-WIN-ST-T Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TThe 6-axes robot with pipe chuck mounted and one floor-type bending head to be implemented

in a system.

G-WIN-ST-T 10 3 R／L 1000 60 11 195

±0.05 ±0.05 ±0.05

1800 320 360

TIF15N/C unit




EtherCAT


Internet

7Yes


4.8


3000×3000×2000 1000

G-WIN-ST-T 18 3 R／L 1500 60 14 195 1800 320 360 7Yes 5.1 3000×3000×2000 1000

G-WIN-ST-T 22 3 R／L 2000 80 13 195 1700 290 150 7Yes 6.8 4000×4000×2500 2000

G-WIN-ST-T 28 3 R／L 2000 100 ※1 195 1700 290 290 7Yes 14.8 4000×4000×2500 2500

G-WIN-ST-T 35 3 R／L 2000 120 ※1 195 1250 290 240 7Yes 22.4 4000×4000×2500 2800

G-WIN-ST-T 50 3 R／L 2500 150 ※1 195 1250 290 222 7Yes 51.9 4000×4000×2500 3500

G-WIN-ST-T 60 3 R／L 2500 200 ※1 195 1000 180 210 7Yes 60.5 5000×5000×2000 4000

G-WIN-ST-T 80 3 R／L 2500 200 ※1 195 800 150 150 7Yes 86.8 6000×6000×2000 4700

G-WIN-ST-T 90 3 R／L 3000 300 ※1 195 800 120 125 7Yes 86.8 6000×6000×2000 6000

G-WIN-SW-T Robot BenderStandard accuracy Standard Bending R

Toggle clump Type TThe 6-axes robot with pipe chuck mounted

and two floor-type bending heads for L/R to be implemented in a system.

G-WIN-SW-T 10 3 Ｒ－Ｌ 1000 60 11 195

±0.05 ±0.05 ±0.05

1800 320 360

TIF15N/C unit



EtherNET I/PEtherCAT


Internet

8Yes


4.8


3000×3000×2000 1200

G-WIN-SW-T 18 3 Ｒ－Ｌ 1500 60 14 195 1800 320 360 8Yes 5.1 3000×3000×2000 1200

G-WIN-SW-T 22 3 Ｒ－Ｌ 2000 80 13 195 1700 290 150 8Yes 6.8 4000×4000×2500 2300

G-WIN-SW-T 28 3 Ｒ－Ｌ 2000 100 ※1 195 1700 290 290 8Yes 14.8 4000×4000×2500 2800

G-WIN-SW-T 35 3 Ｒ－Ｌ 2000 120 ※1 195 1250 290 240 8Yes 22.4 4000×4000×2500 3200

G-WIN-SW-T 50 3 Ｒ－Ｌ 2500 150 ※1 195 1250 290 222 8Yes 51.9 4000×4000×2500 5000

G-WIN-SW-T 60 3 Ｒ－Ｌ 2500 200 ※1 195 1000 180 210 8Yes 60.5 5000×5000×2000 6000

G-WIN-SW-T 80 3 Ｒ－Ｌ 2500 200 ※1 195 800 150 150 8Yes 86.8 6000×6000×2000 7000

G-WIN-SW-T 90 3 Ｒ－Ｌ 3000 300 ※1 195 800 120 125 8Yes 86.8 6000×6000×2000 11000

Movable Bending Head T-WIN Robot Bender Specification

Floor-type Bending Head G-WIN Robot Bender Specification


Pipe Bending peripherals and supporting equipment

DDV Hydraulic Servo Pump & DDV Servo Pack1 Conventional hydraulic system has four basic big problems, or instability of accuracy, temperature control of hydraulic, noise and large consumption of hydraulic media.

　 Opton started in 1995 its development for advanced performance for larger hydraulic pipe machines.

2 DDV Hydraulic Servo Pump has solve all above problems, and is highlighted as the new‒aged N/C Hydraulic Pump Systems Many successful case with the energy-saving rate higher than 50%.

3 DDV Servo Pack is the pack including DDV and sequencer, allowing users to turn the conventional hydraulic press devise into the servo-press machine with no professional experience needed.


3D automatic measurement machine 3D Roboforma1 3D scanner is controlled automatically for the positioning to execute measuring a complicated surface of specimen.

2 Once the profiling procedure is registered in measuring of the first specimen, fully automatic measuring follows for the specimen that follows.

3 Very handy to compare the date between CAD data and the measured （within accuracy of 20μ～200μ）.

New type internal pipe seam sensor (Type NIP-I)


1 Pipe surface are often stained caused by surface treatment or optical noise and seam sensor is found hard to work.

2 Our newly developed seam sensor works on an internal seam line of a pipe, that can be applied to detecting the seam lines of all types of 2D/3D pipe products.

3 Lighting is projected into an internal pipe by mini-sized LED located in a ring at the head of seam sensor.

　A central CCD camera obtains the image of the products surface and the angular-positioning of a seam line is detected by the power or 2D/3D Image processing software.

Optical 「Patch-size」3D Measurement Scanner


■Achievement through 20-over years of R&D1 A touch-probe type measurement machine does not collect enough data for a produced specimen designed by CAD, particularly in the data of center line and hoke-to-hole distance, leading fatal problems for quality accuracy of the product.

2 This 3D Scanner, with versatile and high-performance sensor mounted for speed-/density- oriented measurement per constant size of surface, works as the best 3D testing tool for in-line application with the 20μ～100μ accuracy.

3 Application with the 3D Scanner.　 3D Pipe Measurement Machine 「Cloudforma」.

Production error feedback by3D Pipe Measurement Machine 「Cloudforma」


Pipe cutter


・Uncoiler : DA Drum type On/Off・Tensioner : Crum-driving ON/Off is controlled by the sensors placed head and bottom of the hoop.・Grip feed : Specific cut-size is made by N/C based on the cut-length data.・Straightener : Type TYM Straightening rollers are placed for their manual positioning operation.・Tension clamp : A pipe is pulled apart by two opposite clamp.・Disc cutter : Cutter blade motion is N/C operated for its rotation and revolution.・Straightness 2mm/m・Tact : 5 sec./m.

Horizontal Type Speed-/Accuracy-oriented Automatic Endformer1 Max working capacity / Aluminum φ212 Machining tact （sample as below : 5～8 sec.）　 8-punch type （including loading →beading →sizing1,2→hose-nipple rolling →Inner pipe insertion →hose socket insertion and clamping →automatic discharging）

3 Power source / DDV Hydraulic Pump （No coolant needed） & AC Servo Motor

4 Series Type / HI-AL-21- 3stages ～8 stages　（loading/unloading included）

Bending Data Management and Processing Software


■BEM Software1 CAD coordination （XYZ） on pipe center line are translated to machining PRB data.

2 All the bending data stored in an individual bending machine are centered to organize in a host computer of production management.

3 The bending data are forwarded from the production　 management host computer as needed to an individual　 production machine on floor.4 Real-time display of production start of a bending machine together the accumulation of production volume achieved.

5 Storage of measured data by 3D Pipe Measurement Machine 「Cloudforma」.

■GEM Software1 With this software, the pipe OD data in a higher-end CAD （eg. CATIA ） are downloaded to a production management PC.

2 The dimensional data of pipe center line and flange etc., are created from external drawing of a pipe stored in the GEM software and forwarded to the BEM software stored in the same PC.

3 Pipe external appearance is exhibited in color with dimension lines that are processed from 3D CAD data and the data measured by 3D Pipe measurement machine 「Cloudforma」.

Pipe Bending Simulation Software


■For ECO-cross Type CNC Pipe Bending Machine1 Machining tact and bending interference can be checked by input of the bending data into the PC with the Simulation Software installed.

■For 6-axis Robot Pipe Bender （DRK／SRK／WIN）1 Under development

■For 3-axis Robot Pipe Bender（DRM／SRM）1 Machining tact and bending interference can be checked by input of the bending data into the PC with the Simulation Software installed.

Vertical Endformer


DDV GA-3/1.5

LAN

Cloudforma

ECO-cross Type CNCPipe Bender

Robot Bender

Robotized 3D measuring machine（3D Roboforma）

Data verification between CAD and measured of holepositioning and shape of a specimen

Easiest date verification between CAD and profiled on the specimen.

ECO Bender Bend Simulation Robot Bender Bend Simulation

1 Error indication of the data between the CAD coordination （XYZ） on pipe center line and measured data.

2 Either of Cloudforma and Roboforma has this performance.

曲げポイント

OP-IM-DA1

Best for pipe working on flaring. Beading. Spooling, sizing,flange-closing etc.

1 E-25／30／40／60 Series　 One-clamp multi-punch type Standard

　 Hydraulic and mold set-up by manual

2 D-25／30／40／60 Series　 One-clamp multi-punch type DDV

　 w/ Hydraulic Servo Pump　 Set-up by numerical entry3 ４D-E-30-120-12DDV Series　 4-Stage Clamp 12-punch Type　 w/ DDV Hydraulic Servo Pump　 Set-up by numerical entry

1 Pipe Bending machine and the exclusive Pipe Measurement machine on LAN.

2 The production data translated from 3D CAD data are automatically compared by the data measured on the produced part to find out the differences in DBB, POB and DOB between the two.

　 The related errors are automatically modified and fed back to the bending machine to start the quality production on and from the second piece.

OP-IM-E25TIF15 NC Operation Controller Hi-AL-21-8

NIP-1

3D-P5-140

DDV PACK AppplicationPress-machine in the marketN/C Servo-press machine

3D Scanner

3D Processor PC

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

点 1

点 2

点 3

点

点 X

点 Y

点 Z

点

点 X

点 Y

点 Z

点

点 X

点 Y

点 Z

0.6

0.1

0.2

-0.4

-0.2

50.4

-81.9

-11.9

52

0.6

0.1

0.1

0.2

1.5

-0.4

-0.2

-1.5

2.6

2.0

1.7

0.1

0.7

1.8

3.0

O K

O K

O K

0.0

-0.0

0.0

-0.0

0.0

51.9

-83.9

-13.7

51.9

交点番号座標記号測定値 CAD値誤差公差合否



Mechanical Standard Option Controller standard optionsLoss-less

Oversea

standards

Tool

Bending head Carriage Mandrel Mechanical Options Others Hardware software

MBA MBB MBC MBD MBE MBF MBG MBH MBI MBJ MBK MBL MBM MCA MCB MCC MCD MCE MCF MCG MMA MMB MMC MMD MEA MEB MEC MED MEE MEF MEG MEH EHA EHB EHC EHD EHE EHF EHG EHH EHI EHJ EHK EHL ESA ESB ESC ESD ESE LLB IOS HWT

1 ECO-cross　10～28

NC Booster

（Standard to ECO-U

D

）

Tension bar

（for clamp die

）

Tension bar

（for press.die

）

Clamp die closed sensor

Bracket for wiper installation

（Standard features to ECO-U

D

）

Wiper retracter

Roll wiper

Front mandrel

Bend roll open/close

Cut-off mechanism

One-axes bender features

for 2 or 3 stack tooling.

Traveling bed for TM-type

bending head

Adapter to accomm

odate m

olds ex-non Opton brand

2-, 3-,4-jaw chuck

（An end chuck must be used for T-WIN.)

Internal chuck

Multi-chuck

Chuck long lever


Ejector

POB- origin sensor

Chuck work recognition

mandrel device

（Standard for ECO-UD. Not applied to DRK type)

N/C M

andrel


Extended mandrel stroke

Machining oil lubrication

by auto

Mandrel retractor

Loader

Unloader

End chuck for Robot Bender

POB by N

C for Robot Bender Chuck

Central lubrication

Machine color

（For the machine body/Hazard color. Not applied to the Robot.

）

Safety fence

Signal tower

Error buzzer

Laser scanner/ Area sensor

（Safety fence is recommended for Robot Benders.)

Breaker box

UPS

External input/output of production file selection

Loader/unloaderInterface

Peripheral interface

Transformer

Color of controller unit

Extended cable of controller

MAT com

puter

Simulation softw

are

BEM

GEM

Language

（Germ

an/Korean/Russian)

Large-R Multi-R bending

（R2000 max.)

Material-loss free production

（3D scanner/Prototype management software/Error correction software)

UL/CE etc.

Working tools2 ECO-cross

　35～90

3 SRK・DRK

4 T-WIN 1 2 　

4 5

1 2

■

　 5

1 2

■

　 5

1 2 3 4 5

1 2

■

　 5

　 2

■

　 5

　 2

■ 　

5

1 2

■

　 5

1 2

■

　 5

1 2

■

　 5

1 2

■

　　

　

　

■

　 5

1 2 　

　

5

1 2 　

4 　

　

2

■

　 5

1 2 3 4 5

1 2 　

4 5

1 2

■

　　

1 2

■

　　

1 2 3 4 5

1 2 3 4 5

1 2 　

4 5

1 2 　

　

5

1 2 　

4 5

1 2 　

　

5

1 2 3 4 5

1 2 3 4 5

　

　

　

4 　

　

　

　

4 　

1 2 　

　

5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 　

　

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 　

　

　

1 2 　

　

　

1 2 3 4 5

1 2 3 4 55 G-WIN

Quality

Decrease of flattening ● ● ● ●Decrease of buckling and wrinkles ● ● ● ● ● ● ● ● ●

Stability of quality production ● ● ● ● ● ● ● ● ● ●

Decreasing product failure rate ● ● ● ● ● ● ● ●

Cost

Faster machining time ● ● ● ●Reduction of human power cost ● ● ● ● ● ● ● ● ● ● ● ● ● ● ●

Saving of set-up time ● ● ● ● ● ● ● ● ●

Cost saving of materials and repairs ● ● ● ● ● ● ● ● ● ● ●

Elimination of wasteful works ● ● ● ● ● ● ● ● ● ● ●

Convenience

Skill-less oriented ● ● ● ● ● ● ● ● ● ●Data management ● ● ● ● ● ●

Buck-up for new product release ● ● ● ● ● ● ● ● ● ●

Reduction of work-piece interference ●

Systematization ● ● ● ● ● ● ● ● ●

SafetyStatus monitoring ● ● ● ● ● ●Accident prevention ● ● ● ● ● ● ●

Others

Compatibility to irregular cross section ● ● ● ● ●Compatibility to varieties of end-forming ● ● ● ● ● ●

Compatibility to lager R ●

Flexibility to accommodate molds ex-non Opton brands ●

User specifications ● ● ● ● ● ● ●

Equipment protection

Easier maintenance ● ● ●Error Prevention ● ●

Foreign legal compliance Compatibility to foreign standards ● ● ● ●

Option Code No.

Models and Function

MBJ：Cut-off EHA：Signal towerMEF：Centralized lubricationMMD：Automatic machining oil feeder EHC：Laser scanner

Pipe Bender Standard Option Table

Standard options （Reference by typical case only)

For unlisted options, please contact OOpton sales.

LLB：Material-loss free productionCustom-order can be met for SRK,DRK,T-WIN,G-WIN.

MCC：Multi-chuckMBG ：Roll wiper


http://www.opton.co.jp/en/ http://www.opton-3d.com

International

　 3-24 Akatsuki, Seto Aichi-pref. 489-8645 ［Management HQ］TEL：0561-48-3382　FAX：0561-48-7621［Design Center & Factory］TEL：0561-48-3329　FAX：0561-48-0628

7

910

1112

8

Domestic

1 45

6

23

□ Regional offices

　 Gunma (for northern Japan)1648-1 Higashi-nagaoka-cho, Ota-city, Gunma-Pref. 373-0812TEL：0276-46-7185　FAX：0276-46-5615E-mail：[email protected]

　 Tokyo (for cosmopolitan area)284 Shin-Hane, Kouhoku-ward, Yokohama,Kanagawa-pref. 223-0057TEL：045-549-6771　FAX：045-549-6773E-mail：[email protected]

　 Nagoya-Seto (for central Japan)3-24 Akatsuki, Seto, Aichi 489-8645TEL：0561-48-3389　FAX：0561-48-4141E-mail：[email protected]

2

3

4

5　 Osaka (for Western Japan)2-14-3 Okamoto Bld No.2-2F, Senrigaoka, Settu,Osaka 566-0001TEL：06-6330-8112　FAX：06-6330-8140E-mail：[email protected]

　 Fukuoka (for Kyushu Island)2-6-30 Techno Plaza Shirono, Shimosirono Kokura-Minami-ward, Kita-Kyushu, Fukuoka 802-0804TEL：093-932-1313　FAX：093-932-1325E-mail：[email protected]

6

Business Profile

Established：Nov.12, 1963Capital paid：J.Yen 99 milCEO & Pres.：Teruaki Yogo, CEONo. of Employees：140Products：R&D, Mfg Sales of production machines　　　　 1. CNC Pipe Benders　　　　 2. 3D Scanners/Non-contact 3D profilers　　　　 3. TIF Built-in NumericalPatents：150 domestic 50 international(Pending included.)

□ Foreign affiliates

　 MiiC OPTON(USA),Inc41208 Capital Canton MI 48187 USATEL：1-734-453-2188　FAX：1-734-453-2216E-mail：[email protected]

　 MiiC OPTON (Europe) GmbHGutenbergstr.1 85737 Ismaning GermanyTEL：49-89-540165-0　FAX：49-89-540165-40E-mail：[email protected]

7

8

　 MiiC OPTON de MexicoEmerson No.150 ,of 702 Col. Chapultepec NoraiesC.P.11570 Mexico.D.F.TEL：52 55-5203-3027　FAX：52 55-2624-0457E-mail：[email protected]

　 MiiC OPTON(Thailand) Co.,Ltd2nd Floor,CCT Bldg., 109 Surawong Rd.,SuriyawongBangrak,Bangkok 10500TEL：0-2634-2153　FAX:0-2634-2155E-mail：[email protected]　[email protected]

9

10

　 MiiC OPTON(Korea) Co.,Ltd641-090 Seong Ju-Ro 97 Beon-Gil,Seong san-Gu, ChangWon City,Kyungsang- Nam Do,KoreaTEL：055-261-3165 FAX:055-261-3167E-mail：[email protected]　[email protected]

　 MiiC OPTON(China) Co.,Ltd　北京米克奥富同科技有限責任公司27 Village 6 districts 16-2-1102 , Shizhong Area ,

Jinan City , Shan Dong Prev

山东省济南市市中区二七新村六区16-2-1102TEL：0531-8246-6313E-mail：[email protected]

11

12

□ Distributors and Agents

　 Head Office & factory （Land8905㎡　Bld8905㎡）1

※The contents in this document are subject to change as are needed. The latest information must be checked upon inquiry.　20151215：2000

CNC Pipe Benders and Supporting Productsfor FA System

PIPEBEND INGMACH INE＆ FA Sys t em Equ i pmen t s

Opton Co.,Ltd.

Patents：150 domestic 50 international(Pending included.) BENDING MACHINE€¦ · ·...

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