Roller guiderail die movement device

Abstract

The invention relates to the field of a sand molding production technology and particularly relates to a roller guiderail die movement device. The roller guiderail die movement device is simple in structure and capable of conveniently conveying and locating the die, thereby improving the efficiency. The roller guiderail die movement device comprises a pedestal, wherein both sides of the pedestal are respectively provided with a bracket on which a support base is arranged; a roller guide is arranged inside the support base; a locating base is arranged on the support base; the upper end of the locating base is connected with a locating plate through adjusting bolts; the locating plate is fixedly connected with a locating block; an adjustable locating rod is arranged inside the locating block.

Description

technical field [0001] The invention relates to the technical field of molding sand molding production, in particular to a roller guide rail mold moving device. Background technique [0002] The core shooting machine has the advantages of saving sand core cost, good air permeability of the sand core, smooth surface of castings with low gas generation, high precision, and good mechanical properties. It is widely used in the foundry industry. Using the core shooting machine can not only save a lot of core making The use of auxiliary equipment and tools can also reduce labor intensity and create conditions for the mechanization and automation of the core-making process. It has a good application prospect. During the production process of the core-shooting machine, a mold will be set at the lower end of the sand-shooting mechanism of the core-shooting machine. The mold is used to complete the operation. Generally, the pick-and-place of the mold is carried out manually. When asse...

AI Technical Summary

Problems solved by technology

[0002] The core shooting machine has the advantages of saving sand core cost, good air permeability of the sand core, smooth surface of castings with low gas generation, high precision, and good mechanical properties. It is widely used in the foundry industry. Using the core shooting machine can not only save a lot of core making The use of auxiliary equipment and tools can also reduce labor intensity and create conditions for the mechanization and automation of the core-making process. It has a good application prospect. During the production process of the core-shooting machine, a mold will be set at the lower end of the sand-shooting mechanism of the core-shooting machine. The mold is used to complete the operation. Generally, the pick-and-place of the mold is carried out manually. When assembly line production is required, the efficiency of manual operation is low, which affects production efficiency.

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