Glass cutting device

Abstract

The invention provides a glass cutting device which comprises suckers, a guide track, a fixing rack and a glass cutter, wherein the suckers are arranged below the guide track; the suckers are used for sucking glass to be cut; the extending track of the guide track is identical to the cutting track of the glass to be cut; the fixing rack is connected with the guide track in a sliding manner; the fixing rack and the suckers are respectively arranged on two sides of the guide track; the fixing rack is provided with a cutter holder; the glass cutter is fixed on the cutter holder; the glass cutter faces to a plane where the guide track is placed. As the glass cutter is fixed on the fixing rack, the fixing rack is connected with the guide track in a sliding manner, the glass to be cut is fixed on the guide track through the suckers in a sucking manner, the glass cutter points to the glass to be cut, and the movement track of the glass cutter on the surface of the glass is limited through the guide track, the glass cutter is not deflected in the cutting process, and the cutting pass percent of the glass is increased.

Description

technical field [0001] The invention relates to the technical field of glass production, in particular to a glass cutting device. Background technique [0002] Glass processing industry, lens processing industry and TFT-LCD (Thin Film Transistor-Liquid Crystal Display) industries often need to cut glass. When cutting glass, it is currently necessary to place the entire piece of glass on a horizontal plane. After manual measurement Then fix the baffle, and cut the glass into several different small pieces according to the needs. However, the existing manual operation is prone to deflection, resulting in oblique cutting when cutting glass, resulting in reduced cutting accuracy, low cutting yield, and increased cutting costs. Contents of the invention [0003] The object of the present invention is to provide a glass cutting device, which can prevent the cutter from deviating from the route during the cutting process and improve the cutting yield. [0004] In order to achie...

AI Technical Summary

Problems solved by technology

However, the existing manual operation is prone to deflection, resulting in oblique cutting when cutting glass, resulting in reduced cutting accuracy, low cutting yield, and increased cutting costs.

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