Multifunctional processing equipment for substrates

Abstract

The invention relates to multifunctional processing equipment for substrates. The multifunctional processing equipment comprises a framework, a carrying mechanism, a plurality of processing functional components, frame lifting mechanisms, a plurality of support frames and a plurality of support rods. The widths of comb-shaped carrying forks are matched with the length of a feed station and the sum of the lengths of various processing stations, and the comb-shaped carrying forks are positioned above the various processing functional components. The multifunctional processing equipment has the advantages that each comb-shaped carrying fork only can translate in two directions, and accordingly the rhythm of production and the production efficiency can be improved; lifting can be omitted in carrying procedures, and the substrates cannot be affected by vibration, so that the quality of products can be improved; the problem that comb-shaped carrying fork penetrating notches are required to be formed in existing processing functional components can be solved, and the selectable processing functional components are diversified; sufficient spaces for mounting the support rods and the support frames are available at the edges of the various functional components, accordingly, the edges of the products can be supported, problems of uneven temperatures and the like due to the fact that existing products are supported from the middles of the existing products can be solved, the quality of the products further can be improved, and increasingly fine processing requirements can be met.

Description

technical field [0001] The invention relates to a processing device, in particular to a multifunctional processing device for substrates. Background technique [0002] At present, in the CTP industry, the pre-curing of OC, photoresist, protective glue, silver paste, ink, etc., the curing of LENS ink, the curing of OGS ink, and the coating, hard film, PI, TOP, sealing ring, The pre-curing of silver dots, etc. is generally carried out by thermal curing equipment including a conveyor belt and multiple IR lamp tubes. The conveyor belt is used to transport the product to be cured, and multiple IR lamp tubes are The conveying direction is set to heat the product to be cured. [0003] There is following defect in above-mentioned thermosetting equipment: [0004] (1) Due to the large distance from the IR lamp to the conveyor belt, the heating is performed in the form of thermal radiation, and the heat conversion rate of the IR lamp is poor, resulting in serious power loss, which u...

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Problems solved by technology

[0004] (1) Due to the large distance from the IR lamp to the conveyor belt, the heating is performed in the form of thermal radiation, and the heat conversion rate of the IR lamp is poor, resulting in serious power loss, which undoubtedly increases the processing cost;

[0005] (2) Since the cured product is placed on the conveyor belt for transmission, its transmission must rely on the friction between the product to be cured and the conveyor belt. The friction between the cured product and the conveyor belt produces dust, although a very small amount, but It will still cause pollution of the cured product, and the degree of purification is not high;

[0006] (3) The attenuation of the IR lamp is faster, resulting in higher maintenance costs;

[0007] (4) IR lamps are used for heating, and the heating of each part of the cured product is not uniform enough, resulting in a decline in the curing quality of the product;

[0008] (5) The temperature of each IR lamp is uncontrollable, and it is difficult to meet the process requirements of some products, resulting in a decline in the curing quality of the product

[0013] It can be seen from the specific structure of the above-mentioned shuttle conveying type hot plate curing equipment that this kind of shuttle conveying type hot plate curing equipment has the following defects: during the conveying process of the cured product, the conveying mechanism needs a lifting action, because the sudden rise and fall of the lift It will cause the vibration of the cured product, resulting in a decline in quality. In addition, such lifting will lead to a slower production rhythm and lower production efficiency

[0014] The above-mentioned shuttle transport type hot plate curing equipment also has the following defects: gaps must be opened on both sides of the hot plate for the conveying claws to pass through from bottom to top to hold up the cured product, so that the pads can only be placed on the hot plate. In the middle of the hot plate, it cannot be arranged on the periphery of the hot plate, resulting in a higher temperature near the pad block, resulting in poor thermal curing; because openings must be provided, this also makes it impossible to arrange more complex functional equipment, and other products. Types of processing, the processing method is relatively simple

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