Heat radiator water chamber machining mold realizing multiple purposes by one mold

Abstract

The invention belongs to the field of heat radiator machining equipment and discloses a heat radiator water chamber machining mold realizing multiple purposes by one mold. The heat radiator water chamber machining mold comprises an upper die and a lower die which is matched with the upper die; the heat radiator water chamber machining mold is characterized in that the lower die is provided with adismountable lower die core; the upper die is provided with a dismountable upper die core; the lower die is provided with a plurality of sliders, wherein the sliders are matched with the lower die core and are used for manufacturing interface accessories or clamping accessories of a water chamber; the lower die is provided with guide grooves matched with the sliders; the lower die is also providedwith a plurality of fixing stations for fixing the guide grooves; the guide grooves are fixed to the corresponding fixing stations in a dismountable manner; each guide groove corresponds to one to two fixing stations; and the upper die is provided with a slider accommodating chamber and an injection molding opening. The invention aims to provide the heat radiator water chamber machining mold realizing multiple purposes by one mold., and the mold can be used for producing at least 3-12 types of different specifications of heat radiator water chambers.

Description

technical field [0001] The invention relates to the field of radiator processing equipment, in particular to a multi-purpose radiator water chamber processing mold. Background technique [0002] ZL201620046723.X discloses a radiator water chamber mold that is reliable and flexible in action and can withstand various forces during the pushing out process. The technical solution adopted is: a radiator water chamber mold, including a movable mold, a fixed mold and a core-pulling mechanism, and also includes a push-out mechanism arranged on one side of the movable mold, on the ribs, flanges and The thrust points of the push-out mechanism are all provided at the wall edge forming cavity. It can prevent the thrust point from acting on the thin plane of the product, so that the plastic part is evenly stressed without deformation or damage. [0003] But the problem that this scheme exists is, one mold one use, its mold manufacturing cost is high, can't be adapted to the production...

AI Technical Summary

Problems solved by technology

[0003] However, the problem with this solution is that one mold is used for one purpose, and the mold manufacturing cost is high, so it cannot be adapted to the production of various types of water chambers.

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