Electronic product shell manufacturing process

Abstract

According to the electronic product shell manufacturing technology, compared with an existing product, the produced electronic product shell is small in electronic signal interference, good in impact resistance and low in price, and meanwhile various shapes and colors can be manufactured according to market requirements. According to the invention, the UV wiredrawing is adopted to transfer the texture, the coating layer is adopted, and the ground color is printed on the coating layer; and the three structural layers can realize the color effects of single color, darkness, gradient color, high-brightness dazzling color, high-brightness color, high-brightness gradient color and multiple colors including but not limited to partition colors in a manner of combining the three structural layers according to the required color effect. According to the method, laser etching of the explosion-proof film, attaching of the bearing film, CCD positioning vacuum and CNC machining treatment are adopted, and the problem of a combination gap between the explosion-proof film and an electronic product shell after traditional attaching is solved. A series of problems in the manufacturing process of an existing electronic product shell are solved.

Description

technical field [0001] The invention relates to the field of manufacturing electronic product casings, in particular to a manufacturing process for electronic product casings. Background technique [0002] Most of the electronic product casings in the current market, (1) In terms of product structure, such as mobile phones, tablet computers, display screens and other casing products are metal casings, glass casings, injection-molded single-product casings, ceramic casings, etc. (2) In terms of product design: At present, the injection molding 3D product drawings designed outside the market do not consider the post-production process, and the product design structure is single, which makes it impossible to combine multiple processes such as spray coating, lamination, printing, and CNC blanking. , the product performance is single, and the design use is limited. (3) In the production of compression injection molds: At present, molds are developed outside, and the structural d...

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Problems solved by technology

(2) In terms of product design: At present, the injection molding 3D product drawings designed outside the market do not consider the post-production process, and the product design structure is single, which makes it impossible to combine multiple processes such as spray coating, lamination, printing, and CNC blanking. , the product performance is single, and the design use is limited

(3) In the production of compression injection molds: At present, molds are developed outside, and the design of the mold structure is not considered comprehensively, and some key parts have not been improved.

[0003] For example: the disadvantages of the existing mobile phone shell back cover manufacturing process: (1) Process production: the metal and ceramic shells made by the existing manufacturing process have a high degree of signal interference, which is not conducive to the use of mobile phones in the future 5G market, and the glass shell has poor impact resistance. The production cost is high, and the injection molding single product shell cannot achieve multiple color effects

(2) Product process design: the structure design is single, the degree of warpage of injection molding is large, and the multi-process combination cannot be performed or the yield rate is low when multi-process combination is performed

(3) In the production of compression injection molds: the mold is not specially designed during the mold clamping and pop-up process. The traditional spring device during the mold clamping and pop-up process will easily lead to small compression, uneven force, and no mold contact surface. Additional treatment to make contact surfaces prone to wear

Therefore, the production thickness of the product will be unstable, the yield rate is low, the product thickness is too thick, and the service life of the mold is low.