Automatic Laminated Glass Cutting Machine

This machine is a new generation of full automatic laminated glass cutting machine developed by our company in recent years. It has the characteristics of simple operation, high adaptability and high cutting accuracy. 

A.Structure of machine

Frame was made with international square steel tube and box iron by welding.The key position had been annealing treatment and gantry milling. So the frame has high stability and strength.

Two-part construction to assemble the machine. The first part is the artificial auxiliary feeding and transmission part, equipped with automated positioning system. The second paragraph contains the upper and lower knife cutting system, the cutting film system, the heating system, and the auxiliary discharge system.

B. Workflow description 

Man-machine interface HMI setting system parameters such as glass width, length, under knife pressure, etc.一一mechanical placement of glass into the synchronous belt area of the cutting table一一Automatic transmission and positioning of glass according to the cut size of input（There's a location system）一一Knife head at zero一一Pneumatic lower knife, upper and lower knife wheel cut（There's an automatic injection system）一一Cut and lift一一The upper press starts the press, and the lower surface glass breaks open一一Under the top rod up the glass, the upper surface of the glass break open一一Heat bar start heating一一The vacuum suction cup absorbs the glass on both sides of the tangent line and pulls the cutting seam apart一一Cutting film（PVB or EVA）一一The cutting action is complete and the entire artifact is transferred to the next segment tangent position（If you need to turn around and cut, you need to do it manually）一一Whole cutting is complete.一一Manually move the processed glass to the lower slide flip bracket with the air float assembly.

C. Advantage

1.The whole machine is equipped with automatic positioning. The length and width dimensions that need to be processed can be manually set on the man-machine interface, which makes up for the shortcomings of inaccuracy and low production efficiency caused by previous generations of manual positioning.

2.Adopting full servo control, stable performance, guaranteed accuracy and doubled efficiency.