Vertical parting molding machine

Abstract

The invention discloses a vertical typing molding machine, which comprises a rack and sand cavities, and also includes a sand shooting mechanism and conveying tracks. The two sand cavities are arranged in the rack side by side. One side of the rack is provided with a sand cavity moving mechanism, and the upper side and the lower side of the rack are respectively provided with an upper sand mold compaction mechanism and a lower mold compaction mechanism. A front sand mold moving mechanism and a back sand mold moving mechanism are respectively disposed on two sides of the lower mold compaction mechanism. The tops of the front sand mold moving mechanism and a back sand mold moving mechanism stretch into the rack. The two conveying tracks are respectively disposed at the tops of the front sand mold moving mechanism and the back sand mold moving mechanism. The vertical typing molding machine provided by the invention enhances uniformity of sand mold compaction degree, improves the performance of the sand mold, ensures sand mold synchronous motion, avoids the defect of sand mold crushing or untight mold close, simplifies the sand mold moving structure, improves the production efficiency, reduces the site occupation length, realizes flexible equipment layout, and reduces equipment investment.

Description

technical field [0001] The invention relates to a molding machine, in particular to a vertical split molding machine capable of two-way pressing and compacting double-station molding, which belongs to the technical field of casting machinery. Background technique [0002] In the field of mechanical casting, molding machines are widely used, and in order to meet different molding requirements in various occasions, there are many types of molding machines. Traditionally, vertical split molding machines have been used the most. Currently, the vertical Parting molding machines often use one station to shoot sand, compact the mold and output the sand mold at the same position. On the one hand, the existing structure has a long molding cycle and low production efficiency; on the other hand, the sand mold compaction adopts Pressurized on one side, so the compaction degree of the sand mold is not uniform. At the same time, because the sand mold is output from one position, the sand ...

AI Technical Summary

Problems solved by technology

[0002] In the field of mechanical casting, molding machines are widely used, and in order to meet different molding requirements in various occasions, there are many types of molding machines. Traditionally, vertical split molding machines have been used the most. Currently, the vertical Parting molding machines often use one station to shoot sand, compact the mold and output the sand mold at the same position. On the one hand, the existing structure has a long molding cycle and low production efficiency; on the other hand, the sand mold compaction adopts Pressurized on one side, so the compaction degree of the sand mold is not uniform. At the same time, because the sand mold is output from one position, the sand mold can only be arranged in a single line, which makes the pouring line relatively longer, increases the labor intensity of pouring, and occupies a longer site. Short venues cannot be applied

The sand mold output structure is too complicated, and the adjustment is too cumbersome

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