1 OPTON PIPE BENDER 2 OPTON PIPE BENDER

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2 OPTON PIPE BENDER OPTON PIPE BENDER

3 OPTON PIPE BENDER OPTON PIPE BENDER

4 OPTON PIPE BENDER 6 OPTON PIPE BENDER

5 ECO-cross Type CNC Pipe Bender Function Table ST-H-0 Cloud Forma A ST-H: Bending head with high accuracy POB by horizontal clamp and for std bending R(.D or larger) ST-T: Bending head of std. accuracy POB by toggle clamp for std. bending R (.D or larger) UD-H: Bending head with high accuracy POB by horizontal clamp and for D bending (0.D or larger) UD-T:Bending head of std. accuracy POB by toggle clamp for D bending ( 0.D or larger) SW-T: L&R switchable bending head of normal accuracy by toggle and for std. bending R (.D or larger) B Max bending cap. in pipe diameter (mild steel, no mandrel) C Max stacking no. of separate type of bending die D Bending direction R / L : Selection type of direction L or R R L: Bidirectional bending E BS: Spring booster BS: Pneumatic booster BS: Hydraulic booster (N/C optional) BS: Electrical booster BS : DDV/NC booster F PS:Pipe support G Effective pipe length (w/mandrel) H SM : Single-link two-motors for bending drive SM: 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 option J 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 C : -jaw chuck Product name / Type of functions Type of functions available A B C D E F G H I J K L Max bending capacities (The performances to be affected by lubrication and mold designs) STKMA Copper / Aluminum STKMA Copper/Aluminum ST-H 0 R / L BS PS 000 SM * * * C φ0.0 t0. φ. t0. φ.9 t0. φ0.0 t. φ.. φ.9 t. ECO-Cross type -axis CNC Pipe Benders Save-energy, accuracy oriented fully-electric powered Standard R bending Horizontal clamping Type H ST-H R / L BS PS 00 SM * * * C φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 ST-H 0 R / L BS PS 000 SM * * * C φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. ST-H R / L BS PS 000 SM * * * C φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 ST-H R / L BS PS 000 SM * * * C φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. ST-H 0 R / L BS PS 00 SM * * * CC φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 ST-H 60 R / L BS PS 00 SM * * * CC φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 ST-H 0 R / L BS PS 00 SM * * * CC φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. ST-H 90 R / L BS PS 000 SM * * * C φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. ST-T 0 R / L BS PS 000 DM * * * C φ0.0 t0. φ. t0. φ.9 t0. φ0.0 t. φ.. φ.9 t. ECO-Cross type -axis CNC Pipe Benders Standard accuracy, electric-/ hydraulic- powered Standard R bending Toggle clamp type T ST-T R / L BS PS 00 DM * * * C φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 ST-T 0 R / L BS PS 000 DM * * * C φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. ST-T R / L BS PS 000 DM * * * C φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 ST-T R / L BS PS 000 DM * * * C φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. ST-T 0 R / L BS PS 00 SVS * * * CC φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 ST-T 60 R / L BS PS 00 SVS * * * CC φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 ST-T 0 R / L BS PS 00 SVS * * * CC φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. ST-T 90 R / L BS PS 000 SVS * * * C φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. UD-H 0 R / L BS PS 000 DM MD TR WB C φ0.0 t0. φ. t0. φ.9 t0. φ0.0 t. φ.. φ.9 t. ECO-Cross type -axis CNC Pipe Benders Save-energy, accuracy oriented fully-electric powered D bending Horizontal clamping Type H UD-H R / L BS PS 00 DM MD TR WB C φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 UD-H 0 R / L BS PS 000 DM MD TR WB C φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. UD-H R / L BS PS 000 DM MD TR WB C φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 UD-H R / L BS PS 000 DM MD TR WB C φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. UD-H 0 R / L BS PS 00 SM MD TR WB CC φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 UD-H 60 R / L BS PS 00 SM MD TR WB CC φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 UD-H 0 R / L BS PS 00 SM MD TR WB CC φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. UD-H 90 R / L BS PS 000 SM MD TR WB C φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. UD-T 0 R / L BS PS 000 DM MD TR WB C φ0.0 t0. φ. t0. φ.9 t0. φ0.0 t. φ.. φ.9 t. ECO-Cross type -axis CNC Pipe Benders Standard accuracy, electric-/ hydraulic- powered D bending Toggle clamp type T UD-T R / L BS PS 00 DM MD TR WB C φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 UD-T 0 R / L BS PS 000 DM MD TR WB C φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. UD-T R / L BS PS 000 DM MD TR WB C φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 UD-T R / L BS PS 000 DM MD TR WB C φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. UD-T 0 R / L BS PS 00 SVS MD TR WB CC φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 UD-T 60 R / L BS PS 00 SVS MD TR WB CC φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 UD-T 0 R / L BS PS 00 SVS MD TR WB CC φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. UD-T 90 R / L BS PS 000 SVS MD TR WB C φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. EECO-Cross type -axis CNC Pipe Benders Standard accuracy L/R switchable Standard R bending Toggle clamp type T SW-T R-L BS PS 00 DM * * * C φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 SW-T R-L BS PS 000 DM * * * C φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 SW-T R-L BS PS 000 DM * * * C φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. SW-T 0 R-L BS PS 00 DM * * * CC φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 OPTON PIPE BENDER OPTON PIPE BENDER

6 -axes CNC Pipe Benders Function Table ECO-ST-U- A ST-B : Bending head with Toggle clamp Type B for standard accuracy and standard R bending (.D/R or larger) ST-U : Bending head with Toggle clamp Type U for standard accuracy and D Bending (0.D/R or larger) B Max bending cap. in pipe diameter (mild steel, no mandrel) C Max stacking no. of separate type of bending die D R-bending is only available as standard with L-bending as option. E BS :Spring booster BS :Pneumatic booster BS: Hydraulic booster (N/C optional) BS: Electrical booster BS : DDV/NC booster F PL :Effective pipe length (w/ no mandrel) G PL :Effective pipe length (w/ mandrel) H DM : Bending motor direct-connected SVS : Bending by servo valve & cylinder (DDV system available as option) I UD :D Pusher (Rear pusher for mandrel) J MD :Mandrel driver (*) : Available as option K WB :Wiper base available as option (*) : Available as option Note on D Bending Max D performance by UD-H UD-T ST-U Benders is 0.D (9 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. Product name / Type of functions Type of functions available A B C D E F G H I J K Max bending capacities (The performances to be affected by lubrication and mold designs) STKMA Copper / Aluminum STKMA Copper/Aluminum ST-B 0 R BS DM - * * φ0 t0. φ. t0. φ.9 t0. φ0 t. φ. t. φ.9 t. ST-B R BS 0 00 DM - * * φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 ST-B 0 R BS DM - * * φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. ECO-Cross type -axes CNC Pipe Benders Standard accuracy, electric-/ hydraulic- powered Standard R bending Toggle clamp type B ST-B R BS DM - * * φ. t.0 φ. t.6 φ. t.6 φ. t.6 φ.0 t. φ0.0 t.0 ST-B R BS DM - * * φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. ST-B 0 R BS 0 00 SVS - * * φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 ST-B 60 R BS 0 00 SVS - * * φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 ST-B 0 R BS 0 00 SVS - * * φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. ST-B 90 R BS SVS - * * φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. ST-U 0 R BS DM UD MD WB φ0 t0. φ. t0. φ.9 t0. φ0 t. φ. t. φ.9 t. ST-U R BS 0 00 DM UD MD WB φ. t.0 φ6.0 t. φ9. t. φ6.0 t.0 φ. t.6 φ9. t.0 ST-U 0 R BS DM UD MD WB φ6.0 t. φ9. t. φ. t. φ9.0 t. φ. t.6 φ. t. ECO-Cross type -axis CNC Pipe Benders Standard accuracy, electric-/ hydraulic- powered D bending Toggle clamp type U ST-U R BS DM UD MD WB φ.0 t.0 φ. t. φ. t.0 φ.0 t. φ. t.0 φ0. t. ST-U R BS DM UD MD WB φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. ST-U 0 R BS 0 00 SVS UD MD WB φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 ST-U 60 R BS 0 00 SVS UD MD WB φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 ST-U 0 R BS 0 00 SVS UD MD WB φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. ST-U 90 R BS SVS UD MD WB φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. 9 OPTON PIPE BENDER OPTON PIPE BENDER 0

7 ECO-Cross type Pipe Bender Specification Bending specification Repeatability Max axial rotation (at no load) N/C Product dimension Product name / Type of Bending capability No. of Type of functions Bending Effective work Max difference Max. bending Pitching speed Rotation speed Bending speed bending (Material Fe and for stacking Max Bending R DBB (mm) POB ( ) DOB ( ) N/C system /External Number of controlled axis Power supply Electric capacity Weight Memory media Machine direction length of Bending R angle (mm/sec.) ( /sec.) ( /sec.) Display in shape of work (primary) (KVA) (kg) mechanism reference only ) tool ST-H 0 R/L ,00 00,0 0 ECO-Cross type ST-H R/L ,0 60,0,00 -axis CNC Pipe ST-H 0 R/L ,0,00,0,000 Benders EtherNET ST-H R/L Save-energy, accuracy TIF EtherCAT AC00V USB,0,00,0,00 oriented fully-electric ST-H R/L ±0.0 ±0.0 ± soft 0/60Hz.9 memory,0,00,0,00 powered servo External -phaze ST-H 0 R/L ,00,00,0,000 Standard R bending ST-H 60 R/L ,00,00,00 0,000 Horizontal clamping Type H ST-H 0 R/L ,00,00,00 0,000 ST-H 90 R/L ,0,00,00,00 ST-T 0 P ,00 00,00 00 ECO-Cross type ST-T R/L ,00 60,90,0 -axis CNC Pipe ST-T 0 R/L ,90,00,0,00 Benders EtherNET ST-T R/L ,90,00,0,00 Standard accuracy, TIF EtherCAT AC00V USB electric-/hydraulic- ST-T R/L ±0.0 ±0.0 ± soft 0/60Hz 0. memory,0,00,0,00 powered servo External -phaze ST-T 0 R/L ,00,00,0 6,00 Standard R bending ST-T 60 R/L ,00,00,00 0,000 Toggle clamp type T ST-T 0 R/L ,00,00,00 0,000 ST-T 90 R/L ,0,00,00,00 UD-H 0 R/L ,00 00,0 0 ECO-Cross type UD-H R/L ,0 60,0,00 -axis CNC Pipe UD-H 0 R/L ,0,00,60,00 Benders EtherNET UD-H R/L ,0,00,60,00 Save-energy, accuracy EtherCAT AC00V USB TIF oriented fully-electric UD-H R/L ±0.0 ±0.0 ± /60Hz. memory,0,00,0,00 soft powered External -phaze UD-H 0 R/L servo 0,0,00,0,00 D bending UD-H 60 R/L ,900,00,00,000 Horizontal clamping Type H UD-H 0 R/L ,900,00,00,000 UD-H 90 R/L ,000,00,00 6,00 UD-T 0 R/L ,00 00,0 0 UD-T R/L ,0 60,0,00 ECO-Cross type UD-T 0 R/L ,0,00,60,00 -axis CNC Pipe UD-T R/L EtherNET.,0,00,60,00 Benders TIF AC00V USB EtherCAT 6 Standard accuracy D UD-T R/L ±0.0 ±0.0 ± soft 0/60Hz memory,0,00,0,00 bending servo -phaze UD-T 0 R/L External,0,00,0,900 Toggle clamp type T UD-T 60 R/L ,900,00,00,00 UD-T 0 R/L ,900,00,00,00 UD-T 90 R/L ,000,00,00 6,00 ECO-Cross type SW-T R-L ,0,000,0,00 -axis CNC Pipe Benders SW-T R-L TIF EtherNET AC00V. USB,00,00,0,00 Standard accuracy L/R switchable ±0.0 ±0.0 ±0.0 soft EtherCAT 0/60Hz memory SW-T R-L Standard R bending servo External -phaze 6,00,0,60,000 Toggle clamp type T SW-T 0 R-L ,00,00,00,000 -axes type Pipe Bender Specification Product name / Type of functions ECO-cross type CNC -axes Pipe Bender Standard accuracy Electric- & hydraulicpowered Standard bending R B-type toggle clamp ECO-cross type CNC -axes Pipe Bender Standard accuracy Electric- & hydraulicpowered D bending U-type toggle clamp Type of bending mechanism Bending capability (Material Fe and for reference only ) No. of stacking tool Bending direction Bending specification Repeatability Max axial rotation (at no load) N/C Product dimension Effective work length Max Bending R Max difference of Bending R Max. bending angle DBB (mm) POB ( ) DOB ( ) Pitching speed Rotation speed (mm/sec.) ( /sec.) Bending speed ( /sec.) N/C system /External Number of controlled axis Power supply Display in shape of work (primary) Electric capacity Memory media (KVA) ST-B 0 Right Bending ,000 00,0 600 ST-B Right Bending ,00 0,0 0 ST-B 0 Right Bending ,00 00,00,00 ST-B Right Bending ,0,00,0,00 TIF EtherNET AC00V USB ST-B Right Bending ± soft External 0/60Hz.9 memory,000,00,0,000 servo -phaze ST-B 0 Right Bending ,00,00,0,00 ST-B 60 Right Bending ,000,600,00 6,00 ST-B 0 Right Bending ,000,600,00 6,00 ST-B 90 Right Bending ,000,00,900 9,00 ST-U 0 Right Bending ,00 00,0 0 ST-U Right Bending ,000 0,00 0 ST-U 0 Right Bending ,00,00,0,00 ST-U Right Bending ,0,00,0,000 TIF AC00V USB EtherNET ST-U Right Bending ± soft 0/60Hz.9 memory,00,00,0,00 External servo -phaze ST-U 0 Right Bending ,000,600,0,900 ST-U 60 Right Bending ,00,600,00 6,00 ST-U 0 Right Bending ,00,600,00 6,00 ST-U 90 Right Bending ,0,00,900 0,000 Machine Weight (kg) OPTON PIPE BENDER OPTON PIPE BENDER

8 Movable Bending Head T-WIN Robot Bender System Function Table Pre assembled pipe Bending head Pipe Chuck T-WIN- The Robot for 0kg/ loading capacity A The robot Bender with movable bending head for standard R bending (min..d/r) T-WIN :Floor-type Kawasaki 6-axis robot for shorter work piece with POB speed-/angle-accelerator over 60 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 -axis robots travel on the bed way for long sized work. T-SRM :One floor-type Mitsubishi -axis robot bender and travelling chuck for mid-length work. B Reference bending capacity for aluminum pipe C 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 choice D TB :Sizes 0 / Size-/rigidity- oriented bending head for T-WIN TB :Sizes / same as above TB :Sizes /6 same as above E BS :Spring booster BS :Pneumatic booster BS :N/C Hydraulic booster F Max stacking number of tools on the bending head G 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 manual H The robot Fixed / Travelling RBM :Fllor-type robot with the bending head mounted RM :The robot travelling on the bed way I Robot kinematic software version 6KB :Software for 6-axis Robot Bender head with POB circular interpolation enlarged from M :Software for -axis Robot Bender head with POB circular interpolation enlarged from J Effective length by one chucking (mm) (POB 60 by one chucking) K The robot type K0 :RS00N K0 :RS00N K0 :RS00N K0 :CX0L M :RV- Product name / Type of functions T-WIN Robot Bender T-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 STKMA Copper / Aluminum STKMA T-WIN 0 R/L TB BS TCC RBM 6KB 00 K 0 φ6 t0. φ t0. φ t0. φ9 t.0 φ t0. φ t0. Copper / Aluminum The 6-axis Robot Bender with bending head mounted and the floor-type pipe chuck to be implemented in a system T-WIN R/L TB BS TCC RBM 6KB 000 K 0 φ t.0 φ0 t.0 φ t.0 φ0 t. φ t.0 φ6 t0. T-WIN R/L TB BS TCC RBM 6KB 00 K 0 φ0 t.0 φ t.0 φ6 t.0 φ t.0 φ6 t.0 φ9.0 t.0 T-WIN 6 R/L TB BS TCC RBM 6KB 00 K 0 φ9 t. φ. t.6 φ t.0 φ. t. φ. t.6 φ t.0 T-RSK Single Robot Bender 6-axis travelling Robot Bender with the bending head T-SRK R/L TB BS KCC RM 6KB 00 K 0 φ t.0 φ0 t.0 φ t.0 φ0 t. φ t.0 φ6 t0. T-SRK R/L TB BS KCC RM 6KB 00 K 0 φ0 t.0 φ t.0 φ6 t.0 φ t.0 φ6 t.0 φ9.0 t.0 T-SRK 6 R/L TB BS KCC RM 6KB 000 K 0 φ9 t. φ. t.6 φ t.0 φ. t. φ. t.6 φ t.0 T-DRK Dual Robot Bender 6-axis travelling Robot Bender with the bending head DRM Dual Robot Bender -axis travelling Robot Bender with the bending head SSRM Robot Bender with self-travelling chuck Floor-type -axis Robot Bender with the bending head T-DRK R+L TB BS KCC RM 6KB 000 K φ0 t. φ t.0 φ6 t0. T-DRK R+L TB BS KCC RM 6KB 000 K φ t.0 φ6 t.0 φ9.0 t.0 DRM RR/LL TB BS MCC RM M 000 M φ.0 t.0 φ t. φ t.0 DRM RR/LL TB BS MCC RM M 000 M φ9.0 t.0 φ. t0. φ. t. SRM R/L TB BS MMC RBM M 000 M φ t0. φ9 t0. φ t.0 φ.0 t.0 φ t. φ t.0 SRM R/L TB BS MMC RBM M 000 M φ t0. φ0 t0. φ t.0 φ9.0 t.0 φ. t0. φ. t. The Robot for 0kg/ loading capacity Pre assembled pipe Bending head The Robot for 0kg/ loading capacity Tensionless tie bar Robot Bender Multi Chuck Bending head Bending head Pre assembled pipe Pipe Chuck Pipe Chuck Travelling bed T-DRK- Travelling bed T-SRK- OPTON PIPE BENDER OPTON PIPE BENDER

9 Floor-type bending head G-WIN Robot Bender System Function Table A G-WIN :Floor-type Bending Head The bending robot works for DBB and POB of work piece. Category of bending head installation : Ground type (ST-T, ST-W) 90 -clearance by rotation (SW-T) Bending head clearance by travelling (Optional to SW=T) B ST-T :Toggle clump type for standard accuracy and bending R (min..d/r) SW-T :ST-T Floor-type L/R Bending head C Reference bending capacity for Al, and mild steel D Bending direction R / L : R or L alternative choice R L : Bi-directional E BS :Spring booster BS :pneumatic booster BS :N/C Hydraulic booster F Max stacking number of a separated tool G TR :-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 K0 :RS00N K0 :RS00N K0 :RS00N K0 :CX0L K0 :BX0L G-WIN-ST-T- G-WIN-SW-T- Product name / Type of functions G-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 STKMA Copper / Aluminum STKMA Copper / Aluminum G-WIN ST-T 0 R/L BS TR 000 RC K0 φ6 t0. φ t0. φ t0. φ9 t.0 φ t0. φ t0. G-WIN ST-T R/L BS TR 00 RC K0 φ t.0 φ0 t.0 φ t.0 φ0 t. φ t.0 φ6 t0. G-WIN ST-T R/L BS TR 000 RC K0 φ0 t.0 φ t.0 φ6 t.0 φ t.0 φ6 t.0 φ9.0 t.0 G-WIN-ST-T Robot Bender The 6-axis Robot Bender with pipe chuck and the floor-type bending head to be implemented in a system G-WIN ST-T R/L BS TR 000 RC K0 φ9 t. φ. t.6 φ t.0 φ. t. φ. t.6 φ t.0 G-WIN ST-T R/L BS TR 000 RC K0 φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. G-WIN ST-T 0 R/L BS TR 00 RC K0 φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 G-WIN ST-T 60 R/L BS TR 00 RC K0 φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 G-WIN ST-T 0 R/L BS TR 00 RC K0 φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. G-WIN ST-T 90 R/L BS TR 000 RC K0 φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. G-WIN SW-T 0 R-L BS TK 000 RC K0 φ6 t0. φ t0. φ t0. φ9 t.0 φ t0. φ t0. G-WIN SW-T R-L BS TK 00 RC K0 φ t.0 φ0 t.0 φ t.0 φ0 t. φ t.0 φ6 t0. G-WIN SW-T R-L BS TK 000 RC K0 φ0 t.0 φ t.0 φ6 t.0 φ t.0 φ6 t.0 φ9.0 t.0 G-WIN-SW-T Robot Bender The 6-axis Robot Bender with pipe chuck and the floor-type bending head to be implemented in a system G-WIN SW-T R-L BS TK 000 RC K0 φ9 t. φ. t.6 φ t.0 φ. t. φ. t.6 φ t.0 G-WIN SW-T R-L BS TK 000 RC K0 φ. t. φ. t.0 φ. t.0 φ.0 t. φ. t.0 φ. t. G-WIN SW-T 0 R-L BS TK 00 RC K0 φ.0 t. φ0. t.0 φ.0 t.0 φ.6 t.0 φ.0 t.0 φ60. t.6 G-WIN SW-T 60 R-L BS TK 00 RC K0 φ.0 t. φ60. t. φ6. t. φ60. t.0 φ6. t. φ0.0 t.0 G-WIN SW-T 0 R-L BS TK 00 RC K0 φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ0.0 t. φ9. t. G-WIN SW-T 90 R-L BS TK 000 RC K0 φ9. t.0 φ9. t. φ0.6 t. φ9. t.0 φ0.6 t. φ0.6 t6. OPTON PIPE BENDER OPTON PIPE BENDER 6

10 Movable Bending Head T-WIN Robot Bender Specification Bending specification Repeatability Max axial rotation (at no load) N/C Product dimension Product name / Type of functions 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 system /external Number of controlled axis Display in shape of work method Power supply (primary) Electric capacity (KVA) Memory media Machine Weight (kg) T-WIN Robot Bender The 6-axis Robot Bender with small-sized bending head mounted and the floor-type pipe chuck to be implemented in a system T-SRK Single Robot Bender The 6-axis travelling Robot Bender with small-sized bending head mounted and the floor-type pipe chuck to be implemented in a system T-DRK Dual Robot Bender Two 6-axis travelling Robot Benders with smallsized bending head mounted and the floor-type pipe chuck to be implemented in a system DRM Dual Robot Bender Two -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) SRM Robot Bender The travelling Pipe chuck and -axis Robot Benders with smallsized bending head mounted to be implemented in a system (Discontinued to be replaced by the type T-DRK) T-WIN 0 R / L TIF T-WIN R / L N/C unit EtherNET I/P AC00V Robot additional EtherCAT ±0.0 ±0.0 ±0.0 0/60Hz External T-WIN R / L Robot -phaze Anti-collision T-WIN 6 R / L T-SRK R / L (00) TIF N/C unit EtherNET I/P AC00V 000 Robot additional ±0.0 ±0.0 ±0.0 EtherCAT T-SRK R / L (00) /60Hz Robot External -phaze 000 Anti-collision T-SRK 6 R / L (000) T-DRK R / L 000 TIF (00) 0 60 N/C unit EtherNET I/P AC00V Robot additional ±0.0 ±0.0 ±0.0 EtherCAT /60Hz Robot External T-DRK R / L -phaze (00) 90 0 Anti-collision TIF DRM R / L N/C unit EtherNET I/P AC00V Robot additional ±0.0 ±0.0 ±0.0 EtherCAT + 0/60Hz Robot External DRM R / L phaze Anti-collision TIF SRM R / L N/C unit EtherNET I/P AC00V Robot additional ±0.0 ±0.0 ±0.0 EtherCAT 0/60Hz Robot External SRM R / L phaze Anti-collision Floor-type Bending Head G-WIN Robot Bender Specification Product name / Type of functions G-WIN-ST-T Robot Bender The 6-axes robot with pipe chuck mounted and one floor-type bending head to be implemented in a system. G-WIN-SW-T Robot Bender The 6-axes robot with pipe chuck mounted and two floor-type bending heads for L/R to be implemented in a system. Bending type Bending capability (Reference by Fe ) Stacking no. of molds Bending specification Repeatability Max axial rotation (at no load) N/C Product dimension Bending direction Effective pipe length at onechucking G-WIN-ST-T 0 R / L Max Bending R Max bending R Max DOB DBB (mm) POB ( ) DOB ( ) Pitching speed (mm/sec.) Rotation speed ( /sec.) G-WIN-ST-T R / L ±0.0 ±0.0 ± Bending speed ( /sec.) G-WIN-ST-T R / L G-WIN-ST-T R / L G-WIN-ST-T R / L G-WIN-ST-T 0 R / L G-WIN-ST-T 60 R / L G-WIN-ST-T 0 R / L G-WIN-ST-T 90 R / L G-WIN-SW-T 0 R-L G-WIN-SW-T R-L G-WIN-SW-T R-L G-WIN-SW-T R-L G-WIN-SW-T R-L ±0.0 ±0.0 ± G-WIN-SW-T 0 R-L G-WIN-SW-T 60 R-L G-WIN-SW-T 0 R-L G-WIN-SW-T 90 R-L N/C system TIF N/C unit Robot additional Robot Anti-collision TIF N/C unit Robot additional Robot Anti-collision /external Number of controlled axis Display in shape of work method EtherNET I/P EtherCAT External EtherNET I/P EtherCAT External Power supply (primary) AC00V 0/60Hz -phaze AC00V 0/60Hz -phaze Electric capacity (KVA). Memory media Machine Weight (kg) OPTON PIPE BENDER OPTON PIPE BENDER

11 9 OPTON PIPE BENDER 0 OPTON PIPE BENDER

12 Pipe Bender Standard Option Table For unlisted options, please contact OOpton sales. Option Code No. Models and Function Mechanical Standard Option Controller standard options 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 Loss-less Oversea standards Tool ECO-cross 0~ ECO-cross ~90 SRK DRK NC Booster (Standard to ECO-UD )Tension bar (for clamp die )Tension bar (for press.die )Clamp die closed sensor Bracket for wiper installation (Standard features to ECO-UD )Wiper retracter Roll wiper Front mandrel Bend roll open/close Cut-off mechanism (-, -,-jaw chuck An end chuck must be used for T-WIN.) Adapter to accommodate molds ex-non Opton brand Traveling bed for TM-type bending head One-axes bender features for or stack tooling. chuck Multi-chuck Chuck long lever (An end chuck must be used for T-WIN.) Ejector POB- origin sensor Chuck work recognition mandrel device (Standard for ECO-UD. Not applied to DRK type) N/C Mandrel (An end chuck must be used for T-WIN.) Extended mandrel stroke Machining oil lubrication by auto Mandrel retractor Loader Unloader POB by NC for Robot Bender Chuck End chuck for Robot Bender 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 Loader/unloader Interface External input/output of production file selection Peripheral interface Transformer Color of controller unit Extended cable of controller MAT computer Simulation software BEM GEM Language (German/Korean/Russian) Large-R Multi-R bending(r000 max.) Material-loss free production (D scanner/prototype management software/error correction software) UL/CE etc. Working tools T-WIN G-WIN Decrease of flattening Quality Decrease of buckling and wrinkles Stability of quality production Decreasing product failure rate Faster machining time Reduction of human power cost Cost Saving of set-up time Cost saving of materials and repairs Elimination of wasteful works Skill-less oriented Data management Convenience Buck-up for new product release Reduction of work-piece interference Systematization Safety Status monitoring Accident prevention Compatibility to irregular cross section Compatibility to varieties of end-forming Others 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 Standard options (Reference by typical case only) MBG :Roll wiper MBJ:Cut-off MMD:Automatic machining oil feeder MEF:Centralized lubrication MCC:Multi-chuck EHA:Signal tower EHC:Laser scanner LLB:Material-loss free production Custom-order can be met for SRK,DRK,T-WIN,G-WIN. OPTON PIPE BENDER OPTON PIPE BENDER

13 Village 6 districts 6--0, Shizhong Area, Jinan City, Shan Dong Prev 山东省济南市市中区二七新村六区