Automatic square bottom paper bag machine

FY–330T全自动方底圆绳贴把纸袋机

FY–330T Fully Automatic Square Bottom Paper Bag Machine with Handle inline

性能与用途 Properties and uses： 

全自动方底纸袋机，用于生产带手挽的手提纸袋。本机特别适用于食品和服装等行业的购物袋批量生产。该机由手挽机将卷绳和纸片卷筒制做成手挽，通过输送系统将手挽送至贴把机组再将原色或印刷好的卷筒纸进行纸绳位预点断、贴片位涂胶、自动粘贴手挽，再由主机将贴有手挽的纸张进行涂边胶、成筒、切断、压痕、底部涂胶、袋底成型并输送出袋，整个过程一次性同步完成。本机采用德国原装进口高速运动控制器（CPU），通过高速总线控制伺服的运行，保证运动稳定，运动曲线平滑，是广大印刷包装厂家首选的全自动手提方底纸袋设备。 

Fully automatic square bottom paper bag machine is designed for the production of paper bags with twisted handles. It is suitable for mass production of shopping bags in industries such as food and clothing. The one-line process consists of twisted handles making from paper rolls and twisted rope, delivery of handles to paste unit, pre-cutting of paper on position of rope, patch position gluing, handle pasting, and paper bag making. The paper bag making process consists of side gluing, tube forming, cutting, creasing, bottom gluing, bottom forming and bag delivery. This machine adopts German imported high-speed motion controller (CPU), which controls the operation of servo through high-speed bus to ensure stable movement and smooth motion curve. It is the automatic square bottom paper bag equipment with handles inline preferred by the majority of printing and packaging manufacturers.

主要特点Main features:

1.采用法国SCHNEIDER触摸屏人机界面，操作功能一目了然，便于掌控。

2.采用德国原装LENZE运动控制器（PC），通过与光纤一体化，保证高速运行稳定。

3.采用德国原装LENZE伺服电机搭配德国原装SICK光电眼修正，精确跟踪印刷袋尺寸。

4.原料装卸采用液压自动升降结构，放卷采用全自动恒张力控制。

5.原料纠偏采用意大利SELECTRA，降低纸卷对位调整时间。

1.Use France SCHNEIDER touch screen human-computer interface, making the machine easy to operate and control.

2.Adopt Germany original LENZE PC control, integrated with optical fiber. Thus ensure stable and high speed running.

3.Adopt Germany original LENZE servo motor and German original SICK photoelectric eye correction, tracking printing bag accurately.

4.Raw material loadingadopts hydraulic auto-lifting structure. Unwind unit adopts auto tension control.

5.Raw material unwinding EPC adopts Italy SELECTRA, reducing material alignment time.