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GT 850/950W GT

GT Series Catalog

Specification

MODEL GT III-850W GT V-850W GT III-950W GT V-950W
A. Full length 2620 (2830)(3100)(3280) 2830 (3100)(3280)
B. Full width 1515
C. Height of main arm 130 1440
D. Height of sub arm - 1330 - 1440
E. Max.radius of product 290
F. Min.distance bw 2 arms - 87 - 87
G. Stand-by of main arm 170 220
H. Stand-by of sub arm - 230 - 280
I. distance bw main arm to base 120 295 120 295
J. distance bw sub arm to base - 140 - 140
K. Maximum Distance between Main and Sub Arm 700 525 700 525
L. Max.for.Pos.of main arm 820
P. Strip stroke of main arm 655
X.Traverse stroke 1300 (1500)(1780)(1960) 1450 (1720)(1900)
U. Height of Base 275 325
W. Wing Standby Center 670730
Zm. Un/down stroke of main arm 850 950
Zs. Up/down stroke of sub arm - 850 - 950


AT 650/750W AT

    • Not just lightweight design, it can be installed no matter how low the factory is.
    • Lightweight design and aluminum material choice can save energy while operating.
    • Height of new lightweight design machine is 15% lower and is high speed stable model.
    • High precision/ Low noise/ Low vibration
AT Series Catalog

Specification

MODEL AT III-650W AT V-650W AT III-750W AT V-750W
A. Full length 2425                                                      2605
B. Full width 1115
C. Height of main arm 1230 (*1180) (**1330) 1290 (*1240) (**1390)
D. Height of sub arm - 1230 (*1180) (**1330) - 1290 (*1240) (**1390)
E. Max.radius of product 220
F. Min.distance bw 2 arms - 65 - 65
G. Stand-by of main arm 310 (*260)(**410)
H. Stand-by of sub arm - 335 (*285)(**435) - 335 (*285)(**435)
I. distance bw main arm to base 100 230 100 230
J. distance bw sub arm to base - 100 - 100
K. Max.for.Pos.of main arm 450 320 450 320
L. Vertical Stroke of Sub Arm 550
P. Max. Crosswise Stroke of Main Arm （max） 600
X. Traverse stroke 1150(1330)
U. Height of Base 400 (*350)(**500)
W. 翅膀待機中心 670
Zm. Un/down stroke of main arm 650 750
Zs. Un/down stroke of sub arm - 650 - 750




ST 800/900 ST

    • The overall structural design has been improved to create a lightweight body, significantly reducing motor load and increasing longevity.
    • Compared to the THS series, the weight has been reduced by 20kg.
    • Compared to the HX series, the weight has been reduced by nearly 10kg.
    • An entry-level model of a fully servo motor-driven machine.
    • The entire series uses Japanese-made motors.
    • The machine adopts precision linear rails with a single-stage design.
    • The machine parts are designed with modularization, allowing for mass production and easy maintenance and replacement.
    • The machine structure is simplified and the parts are modularized for mass production, making it easy to interchange and maintain.
ST Series Catalog

制震考量1.—前後機構

減少水平面裝置負擔，有效延長馬達壽命

制震考量2.—上下機構

拉長上、下滑塊固定位置相較HX系列， 從原始的182mm拉長至274mm，提高機台剛性

翅膀的輕量-負載降低

減少水平面裝置負擔，有效延長馬達壽命

前後軸排齒傳動-提高剛性

上、下採用線性滑軌雙互補使 高效率、高剛性排齒傳動機構更加穩定

真空壓力表位置變更

調整位置減少可視區域 顯示器反光程度， 完美的跟配線箱作結合

Specification

MODEL ST III 800 ST V 800 ST III 900 ST V 900
A. Full length 2605 (2815)(3065)(3245) 2815 (3065)(3245)
B. Full width 1560
C. Height of main arm 1775 1895
D. Height of sub arm - 1775 - 1895
E. Max.radius of product 335
F. Min.distance bw 2 arms - 60 - 60
G. Stand-by of main arm 275
H. Stand-by of sub arm - 322 - 322
I. distance bw main arm to base 120 255 120 255
J. distance bw sub arm to base - 105 - 105
K. Max.for.Pos.of main arm 750 615 750 615
L. Vertical Stroke of Sub Arm 870
P. Strip stroke of main arm 585
X. Traverse stroke 1350 (1560)(1810)(1990) 1560 (1810)(1990)
U. Height of Base 450
W. Centering the Wings 670
Zm. Un/down stroke of main arm 800 900
Zs. Up/down stroke of sub arm - 850 - 950






HA 1100W HA

    • Document management system installed for effective management of arm tooling
    • Free encoding functions / 3D display showing parameters for the programmed stacking motion
    • User-friendly encoding / TEACH
    • Built-in PLC software (Ladder diagram)
HA Series Catalog

Slide rails are equipped with automatic oiling device.

Interior side dust proof plate.

The digital gauge to confirm the suck function.

The whole machine used a linear slide drive.

Design High rigidity arm , reduce the arm in the high-speed operation of the vibration.

Motor external installation of the cooling jsystem.

The structure, which grant them enhanced structural rigidity.

Effective heat dissipation will stabilize the motor's performance and increase the life of the motor.

Specification

MODEL HA-1100W
ITEMS III V
A. Full length 2780
B. Full width 1830
C. Height of main arm 1650
D. Height of sub arm - 1650
E. Max.radius of product 387
F. Min.distance bw 2 arms - 52
G. Stand-by of main arm 138
H. Stand-by of sub arm - 215
I. distance bw main arm to base 120 305
J. distance bw sub arm to base - 150
K. Max.for.Pos.of main arm 980
R. Height of Control Box 835
Y. Control box to main arm center 735
X. Traverse stroke 1700
U. Height of Base 325
Zm. Un/down stroke of main arm 1100
Zs. Un/down stroke of sub arm - 1100
PAYLOAD 8KG(含治具)






THS 1500W/1800W THS

    • Document management system installed for effective management of arm tooling 
    • Free encoding functions / 3D display showing parameters for the programmed stacking motion
    • User-friendly encoding
    • Built-in PLC software (LADDER logics)
    • An easy-to-use teach pendant
THS Series Catalog

Specification

Dimensions in the parentheses are for 1300/1500/1800 mode

MODEL THS-1300W THS-1500W THS-1800W
ITEMS III V III V III V
Molding Machine Size (ton) 450~750 650~1000 850~1600
A. Full length 2920 3435 3935
B. Full width 2430 2600
C. Height of main arm 2110 2160 2300
D. Height of sub arm - 1880 - 2030 - 2150
E. Max.radius of product 511
F. Min.distance bw 2 arms - 225 - 250 - 250
G. Stand-by of main arm 225
H. Stand-by of sub arm - 270 - 270 - 270
I. distance bw main arm to base 200 385 250 420 250 420
J. distance bw sub arm to base - 160 - 170 - 170
K. Max.for.Pos.of main arm 1480 1650
R. Height of Contro Box 1030
Y. Control box to main arm center 760 905
X. Traverse stroke 2260 2000 2500
U. Height of Base 452
Zm. Up/down stroke of main arm 1300 1500 1800
Zs. Up/down stroke of sub arm - 1300 - 1500 - 1800
PAYLOAD 12KG（含治具） 18KG （含治具）


UNBS 1300-2000SW/TW UNBS

    • Document management system installed for effective management of arm tooling
    • Free encoding functions / 3D display showing parameters for the programmed stacking motion
    • User-friendly encoding
    • Built-in PLC software (LADDER logics)
    • An easy-to-use teach pendant
UNBS Series Catalog

Specification

MODEL UNBS-1300 UNBS-1500 UNBS-1800 UNBS-2000
ITEMS SW TW SW TW SW TW SW
Molding Machine Size (ton) 450~750 650~1000 850~1600 1800~2200
A. Full length 3470 3470 3970 4500
B. Full width 2240 2620 3000
C. Height of main arm 1880 1980 2130 2250
D. Height of sub arm 1970 2070 2220 -
E. Max.radius of product 560
F. Min.distance bw 2 arms 330 -
G. Stand-by of main arm 163
H. Stand-by of sub arm - 250 - 250 - 250 -
I. distance bw main arm to base 330 542 330 542 330 542 330
J. distance bw sub arm to base - 240 - 240 - 240 -
K. Max.for.Pos.of main arm 1320 1520 1710
R. Height of Control Box 1320
Y. Control box to main arm center 950
X. Traverse stroke 2300 2200 2700 3150
U. Height of Base 452
Ym. Strip stroke of main arm 450 650 800
Ys. Strip stroke of sub arm 300 -
Zm. Un/down stroke of main arm 1300 1500 1800 2000
Zs. Up/down stroke of sub arm - 1300 - 1500 - 1800 -
Approximate Maximum Payload (Kg) 12KG（含治具）