Full-automatic film sticking machine

Abstract

The invention relates to the technical field of thin film sticking equipment and particularly relates to a full-automatic film sticking machine. The full-automatic film sticking machine comprises a frame, a feeding device, two sets of cleaning devices, two sets of film tearing and sticking devices, an overturning device, a discharging device and a rotatable circular disc, wherein at least seven clamp stations are arranged at the periphery of the rotatable circular disc; the feeding device, one cleaning device, one film tearing and sticking device, the overturning device, the other cleaning device, the other film tearing and sticking device and the discharging device are sequentially arranged at the periphery of the rotatable circular disc in a surrounding manner and correspond to the seven clamp stations one by one. Based on a full-automatic film sticking machine for various types of products, which is applied to a panel display industry, the equipment integrates the functions of feeding, film tearing, cleaning and film sticking; with a CCD (Charge Coupled Device) alignment technology, the film sticking precision is greatly improved; the full-automatic film sticking machine adopts a special suction disc process and can be adapted to base films with different sizes, different specifications and different materials; a high-precision and high-efficiency full-automatic film sticking process can be realized.

Description

technical field [0001] The invention relates to the technical field of film mounting equipment, in particular to a fully automatic film mounting machine. Background technique [0002] In the past, for the pasting of touch panels, backlight modules or other optical plates and other multi-layer sheets, most of them used manual bonding, but this method was quite slow, and it was easy to leave residues between the two bonded sheets. Bubbles or wrinkles, high defect rate, a waste of material and processing costs, not in line with economic benefits. [0003] The existing automatic film laminating machine has linear film laminating equipment, which is not versatile enough. When changing products, the corresponding mechanical structure must be replaced, prolonging the production cycle and reducing production efficiency. Secondly, because the linear film sticking equipment places all the production stations in parallel, this increases the floor area and at the same time, when one of...

AI Technical Summary

Problems solved by technology

[0002] In the past, for the pasting of touch panels, backlight modules or other optical plates and other multi-layer sheets, most of them used manual bonding, but this method was quite slow, and it was easy to leave residues between the two bonded sheets. Bubbles or wrinkles, high defect rate, a waste of materials and processing costs, not in line with economic benefits

[0003] The existing automatic film laminating machine has linear film laminating equipment, which is not versatile enough. When changing products, the corresponding mechanical structure must be replaced, prolonging the production cycle and reducing production efficiency.

Secondly, because the linear film sticking equipment places all the production stations in parallel, this increases the floor area and at the same time, when one of the stations has a problem, all the stations will stop working, which affects normal production and is not conducive to the improvement of production efficiency.

Furthermore, traditional film laminating equipment has low film lamination accuracy, and is bound by certain constraints in fields that require high-precision film lamination, so it cannot be applied

[0004] In addition, the linear automatic film laminating machine is to place all the stations in parallel. When the size of the product is changed, there will be a corresponding mechanical structure for replacement. The versatility is not strong and the defects are obvious.

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