Efficient injection molding method

Abstract

The invention discloses an efficient injection molding method. An injection molding assembly comprises a plurality of parts, the injection molding method comprises the following molding steps that aninjection system is used for injecting materials into cavities of the same mold for injection molding, wherein the mold comprises a fixed mold plate and a movable mold plate, a plurality of mold coresare detachably arranged in the fixed mold plate and the movable mold plate, the mold cores form the mold cavity, all the parts are clamped in an automatic clamping mode to be subjected to a welding procedure, and are packed for later use after a function test is finished. According to the efficient injection molding method, an injection molding process and a mold structure are combined, a moldingmethod with higher efficiency is adopted so that the mold cost and the equipment investment can be greatly reduced, the delivery cycle is shortened, meanwhile, a product flow can be shortened, the labor cost is reduced, the production efficiency is improved, repeated material carrying work is not needed, and customized production is achieved.

Description

technical field [0001] The invention relates to an efficient injection molding method. Background technique [0002] In the current shower injection molding industry, since the shower engine part involves injection molding, welding and reassembly of multiple parts, and: [0003] 1. In the molding process, a single injection molding machine for a single part is injected with a single mold; [0004] 2. A single product is tested and stored separately (staying in the warehouse, resulting in a backlog); [0005] 3. Storage and handling of products before welding and assembly will not only cause loss of original good products, but also occupy space and waste manpower, material and financial resources, and lead to extended delivery time. [0006] Among the existing improvement measures, the most effective is the automatic assembly line. A single part and a single set of molds are fully automated with a single machine, and then produced with welding and assembly at the end. Altho...

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Problems solved by technology

[0004] 2. A single product is tested and stored separately (staying in the warehouse, resulting in a backlog);

[0005] 3. Storage and handling of products before welding and assembly will not only cause loss of original good products, but also occupy space and waste manpower, material and financial resources, and lead to extended delivery time

[0006] Among the existing improvement measures, the most effective is the automatic assembly line. A single part and a single set of molds are fully automated with a single machine, and then produced with welding and assembly at the end. Although it solves the problems in the process to a certain extent Loss and cycle problems, but the effect on space, machine and mold costs is not obvious

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