Automatic Cleaning Line and Cleaning Method for Casting Blanks

Abstract

The invention provides an automatic clearing line for workblank part casting and a clearing method of the automatic clearing line. The automatic clearing line comprises a feeding line, robots, a burr milling device, a sand falling device, a dead head cutting device, a buffer table and a discharging line. The clearing method comprises manual lifting, conveying and positioning of a roller way, burr milling, sand falling of a casting, casting dead head cutting and conveying of the roller way. According to the automatic clearing line, the labor intensity of a worker can be effectively reduced; the number of operation workers can be reduced; labor cost is reduced, and the labor productivity is improved. The robots and clamps on the devices can adapt to different workpieces; the high applicability is achieved; part taking and putting are carried out through the robots, and therefore quality of products has the higher repeatability; compared with manual operation, quality and stability of the products are greatly improved.

Description

technical field [0001] The invention relates to the field of casting, in particular to an automatic cleaning line for casting blanks; [0002] The invention also relates to a cleaning method of an automatic cleaning line for cast blanks. Background technique [0003] With the intensification of competition among enterprises, automated production is the pillar that reflects the strength of an enterprise, and advanced production equipment has become a benchmark for measuring the strength of an enterprise. Automated production is the best way to deal with labor shortage at this stage. Replacing heavy manual labor with mechanical automation not only improves production efficiency, but also greatly saves labor costs. It is a good helper for enterprises to compete effectively in the same industry. [0004] When casting rough parts, in the prior art, manual handling of products is usually used for the sand-out cutting process. The weight of the rough parts is relatively large. Dur...

AI Technical Summary

Problems solved by technology

[0004] When casting rough parts, in the prior art, manual handling of products is usually used for the sand-out cutting process. The weight of the rough parts is relatively large. During the handling process, the workers carry up to 15.7 tons per person per day, which is laborious and time-consuming. Repeated labor may be harmful. Repetitive injuries to the operator's body,

[0005] Moreover, when castings are being processed, a burr similar to a "peanut shell" is often produced on the bottom of the casting. Because there is no special equipment, the operator often removes the burr manually by knocking, cutting, grinding, etc., which is not only a safety hazard, but also unfavorable. global automation development

The "peanut shell" on the product is convenient for sand falling. This working method is labor-intensive and has high potential safety hazards.

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