Laser cutting device for flexible display

Abstract

The invention relates to a laser cutting device for flexible display in the field of electronic component manufacturing equipment, including a body structure, a carrier, a detection and positioning mechanism, a laser cutting mechanism and a control system; The feeding mechanism and the receiving mechanism of the silo are equipped with an electric ejector rod at the bottom of the silo; the lower part of the carrier is connected to the worktable, and at the connection between the carrier and the worktable, there is a servo that allows the carrier to rotate relative to the worktable Rotation mechanism, under the workbench, there is a servo motor that can make the workbench move forward and backward in a straight line; the detection and positioning mechanism is a CCD detector, which is equipped with a motor that can drive the CCD to move, search for marking points and automatically focus; set up an automatic feeding and receiving mechanism , replace manual operation, improve production quality, CCD detector and linear drive servo motor realize automatic alignment detection; equipped with laser cutting mechanism, realize high-speed precision cutting, accurate detection, intelligent identification, high cutting precision, and can cut products of various sizes .

Description

technical field [0001] The invention relates to the field of electronic component manufacturing equipment, in particular to laser cutting equipment for flexible displays. Background technique [0002] There are more and more varieties of electronic products, with increasingly powerful functions, good wearability, and smaller and smaller volumes. The display of electronic products requires thinner, softer and bendable flexible materials with small volume and high reliability. Currently, only flexible display films can meet the above requirements. With the development of wearable products, the manufacture, sales and use of flexible displays have been booming. [0003] The prior art flexible display adopts manual operation, it is difficult to align neatly, the cutting precision decreases, and the efficiency is low. [0004] The flexible display cutting machine in the prior art is mechanical cutting, with low cutting efficiency, short tool life and poor cutting effect. Cont...

AI Technical Summary

Problems solved by technology

[0003] The prior art flexible display adopts manual operation, it is difficult to align neatly, the cutting accuracy decreases, and the efficiency is low

[0004] The prior art flexible display cutting machine is mechanical cutting, the cutting efficiency is low, the tool life is short, and the cutting effect is poor

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