Multidirectional die casting cooling device

Abstract

The invention belongs to the technical field of die casting cooling, and relates to a multidirectional die casting cooling device. The multidirectional die casting cooling device comprises a fixed mechanism, a feeding mechanism, a cooling mechanism and a bearing mechanism; the feeding mechanism, the cooling mechanism and the bearing mechanism are all arranged on the fixed mechanism; the feeding mechanism and the bearing mechanism are arranged on the fixed mechanism in sequence in the horizontal direction; the cooling mechanism is arranged above the fixed mechanism; the working end of the cooling mechanism corresponds to the bearing mechanism; and the working end of the feeding mechanism corresponds to the bearing mechanism. The multidirectional die casting cooling device solves the problem, in the prior art, that the die casting is fixed through up-down pressing of an upper clamp and a lower clamp, if the die casting is fixed too tightly, the deformation of the die casting may be caused; and if the die casting is fixed too loosely, the die casting may rotate out of the clamp in a rotating process, such that the scrapping or deformation of the die casting may be caused, and finishedproducts are wasted and the work efficiency is reduced.

Description

technical field [0001] The invention relates to the technical field of die casting cooling, in particular to a multi-directional die casting cooling device. Background technique [0002] At present, in the production process of automotive precision die-casting parts, the temperature of the product just cast by the die-casting machine is relatively high. At this time, the operation of flushing the slag bag and cutting the nozzle is easy to cause deformation of the product, which has a great impact on product quality, resulting in an increase in product scrap rate , wasting a lot of production man-hours. [0003] The traditional method is that after the pick-up machine takes out the product, it is directly placed on the air-cooled conveyor line, cooled by the fan on the line, and then the slag bag and hood are manually removed, and then manually placed on the hydraulic machine to cut the nozzle. [0004] The patent number in the prior art is CN208513614U, which discloses a mu...

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Problems solved by technology

[0005] However, in the actual application of the prior art, the die casting needs to be cooled in all directions by rotating the fan on the side of the die casting, but this method needs to fix the die casting. In the prior art, the fixing method of the die casting is through The upper and lower clamps of the upper and lower clamps fix the die castings, and the die castings that need to be cooled are all in a high temperature state. If the die castings are fixed in this way, if the fixation is too tight, the die castings may be deformed. If the fixation is too loose, it may be that the die casting will turn out of the fixture during the rotation process, and this will lead to scrapping or deformation of the die casting, wasting finished products and work efficiency

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