Large glass cutting device

The utility model relates to the technical field of glass processing, in particular to a large glass cutting device. The right side station and the left side station are arranged side by side, a feeding station is installed at the feeding end of the Y-axis conveying assembly, a feeding suction cup assembly is erected above a feeding area of the Y-axis conveying assembly, and an X-axis cutting assembly is erected between the feeding area and a transferring area of the Y-axis conveying assembly; the Y-axis jacking conveying assembly is provided with a jacking assembly used for lifting a carrier. A waste removing assembly is installed on the removing area, a discharging suction cup assembly is erected above the discharging suction area, and a discharging station is installed at the discharging end of the discharging suction cup assembly. A material transferring suction cup assembly is erected above the transferring area and the removing area. A time difference is formed between the feeding time of the two statio