Anti-rust oil coating equipment for injection mold maintenance that can wipe away debris

Abstract

The invention discloses rust-proof oil coating equipment for maintenance of an injection mold capable of wiping sundries. The rust-proof oil coating equipment structurally comprises a wiping device, abase, a rolling shaft, a supporting table, a containing groove and a controller, wherein the wiping device is embedded in the top of the supporting table, the outer surface of the top of the base isprovided with the containing groove, the rolling shaft is fixedly arranged on the inner side of the containing groove, the bottom of the supporting table is welded on the outer surface of the top of the containing groove, and the controller is fixedly arranged on the right side of the outer surface of the top right ahead of the base. The rust-proof oil coating equipment has the beneficial effectsthat an auxiliary mechanism is structurally arranged on the rust-proof oil coating equipment and is used for blowing air to the mold under the action of an electromagnet II and a contraction ring, animpurity removal mechanism is arranged so as to carry out wiping work on the mold under the action of an electromagnet I and a wiping cloth, residual impurities on the mold are prevented from influencing the later coating work, a coating mechanism is further arranged, under the action of a rotating plate and an air bag I, the mold is subjected to spray and coat, and the mold can be coated with rust-proof oil in all directions.

Description

technical field [0001] The invention relates to the field of mold maintenance, in particular to antirust oil smearing equipment for maintenance of injection molds capable of wiping sundries. Background technique [0002] Injection molding product processing enterprises have many types of products and frequent mold replacement. After completing a production cycle, the molds are generally stored in storage until the next production cycle comes. After the mold is lowered and before storage, in order to prevent During the maintenance period, the mold will be corroded and the surface smoothness will decrease, which will lead to the decline of product quality and high scrap rate in the later period. It is necessary to coat the outside and inside of the mold base with anti-rust oil for maintenance. [0003] However, every time the part comes out of the cavity, there will be more or less residual flying burrs and burrs left in the injection gap or other parts of the cavity, and the ...

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Problems solved by technology

[0002] Due to the large variety of products and the frequent replacement of molds in injection molding product processing enterprises, after a production cycle is completed, the molds are generally stored in storage until the next production cycle comes. During the maintenance period, the mold will be corroded and the surface roughness will decrease, which will lead to the decline of product quality and high scrap rate in the later period. It is necessary to coat the outside and inside of the mold base with anti-rust oil for maintenance.

[0003] However, every time the part comes out of the cavity, there will be more or less residual flying burrs and burrs left in the injection gap or other parts of the cavity, and the dust and other dirt in the working room will also be cleanly molded on the core. , On the molding cavity, and the oxides produced during the high-temperature injection molding process of the raw materials will also corrode the cavity to varying degrees. In the existing technology, the cloth is directly wiped, but the mold structure is more complicated and there are many gaps. , not only wastes time and energy, but also is difficult to wipe clean, and it is difficult to apply oil to the gaps. During the process of applying anti-rust oil to it, these sundries will remain on the mold to varying degrees, making it difficult to reuse some molds later. , resulting in a huge waste of

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