Numerical control particle glass cutting machine

Abstract

The invention discloses a numerical control particle glass cutting machine. The numerical control particle glass cutting machine comprises an X-direction cutting mechanism and a Y-direction cutting mechanism which are controlled by a programmable logic controller (PLC), wherein a glass sheet is transmitted to a cutting device by a transmission device for cutting; the cutting device consists of a knife flywheel shaft and a plurality of groups of disc knife flywheels which are sleeved in the axial direction of the knife flywheel shaft in parallel and at intervals; and the glass sheet is cut into strips and then is cut into particles. By the numerical control particle glass cutting machine, the line-marking and sheet-breaking process of the traditional flat glass cutting machine is changed; the plurality of disc knife flywheels are arranged on the knife flywheel shaft in the X direction and the Y direction in parallel and are driven by the external power along the knife flywheel shaft to rotate, and the rotating knife flywheels directly cut off the flat glass, so the sheet-breaking procedure is saved; carborundum is distributed on two sides of the cutting edges of the disc knife flywheels, so that the cutting section of the glass is smooth and flat like that of the ground glass, so the edging process is saved and three procedures are finished at one step; in addition, tens of, even hundreds of knife flywheels can be assembled on the knife flywheel shaft to work, so the production efficiency is improved obviously.

Description

technical field [0001] The invention relates to the field of glass cutting equipment, in particular to a glass cutting machine for cutting rectangular and square flat glass particles, especially suitable for cutting small-sized micro particles. Background technique [0002] At present, the glass cutting machine used for cutting flat glass on the market, in terms of technology, the most efficient is to use a glass cutting table to draw lines on the glass surface, and then manually break the glass from the cutting line. There is a fatal defect in the glass cut by the process, that is, the cutting section of the glass is uneven, which has little impact on industries that do not require high cross-section smoothness and flatness, but for industries that require high cross-section smoothness and flatness, it is necessary to increase The section edging process is time-consuming and labor-intensive, which affects production efficiency, especially for small-sized micro-particles, th...

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Problems solved by technology

[0002] At present, the glass cutting machine used for cutting flat glass on the market, in terms of technology, the most efficient is to use a glass cutting table to draw lines on the glass surface, and then manually break the glass from the cutting line. There is a fatal defect in the glass cut by the process, that is, the cutting section of the glass is uneven, which has little impact on industries that do not require high cross-s

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