Efficient demolding mechanism for die-casting mold product

Abstract

The invention discloses an efficient demolding mechanism for a die-casting mold product. At least two first spray head accessories are arranged in the center of a mounting groove of a die-casting mold forming movable mold plate, at least four second spray head accessories are symmetrically arranged on the two sides of the mounting groove, and the first spray head accessories and the second spray head accessories are communicated with an external device storing demolding liquid through liquid conveying pipes. Therefore, in the die opening process of a die-casting mold, the device storing the demolding liquid conveys the demolding liquid into the die-casting mold, and the demolding liquid is directly sprayed to the forming surface of a product forming movable die forming main body in the die-casting mold forming movable mold plate through the first spray head accessories and the second spray head accessories.

Description

technical field [0001] The invention relates to the technical field of demoulding of die-casting mold products, in particular to a high-efficiency demoulding mechanism for die-casting mold products. Background technique [0002] Modern die-casting molds are generally treated by manipulators and mechanical arm demoulding sprays, and the molds are often equipped with deep cavities or complex structures of die-casting parts. The traditional spraying method is difficult to meet the production needs, and it is easy to cause the product to pull the mold and jam during the production process. model and so on. [0003] Especially for optical module products, the position of the optical port at the end is the position of the deep cavity of the slider, the temperature of the material is 420°C-440°C, and the demoulding slope is close to 0 degrees. During the production die-casting process, the traditional manipulator spray method is difficult Reaching the corresponding position leads ...

AI Technical Summary

Problems solved by technology

[0002]Modern die-casting molds are generally treated by manipulators and mechanical arm demoulding sprays, and molds are often equipped with deep cavities or complex structures of die-casting parts, which are difficult to meet with traditional spraying methods. Production demand, it is easy to lead to phenomenon such as product drawing and jamming in the production process

[0003] Especially for optical module products, the position of the optical port at the end is the position of the deep cavity of the slider, the temperature of the material is 420°C-440°C, and the demoulding slope is close to 0 degrees, in the process of die-casting production, it is difficult for the traditional manipulator spray method to reach the corresponding position, resulting in poor demoulding characteristic position, often prone to problems such as production drawing, and there is a lag in the cycle of manipulator spray

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