Automatic extracting device used in fine blanking

Abstract

The invention discloses an automatic extracting device used in fine blanking, which comprises an extracting arm, a driving device of the extracting arm, a part slideway, a waste slideway, a part conveyor belt and a waste conveyor belt. The extracting arm is used for extracting parts and wastes from a fine blanking working area. The driving device is connected with a driving controller which is connected with a machine tool control system. The part slideway and the waste slideway are used for transferring extracted parts and wastes from the fine blanking working area to a part collecting device and a waste collecting device respectively. The part conveyor belt and the waste conveyor belt are used for transferring extracted parts and wastes from the part slideway and the waste slideway to the part collecting device and the waste collecting device respectively. The automatic extracting device is capable of realizing automatic extracting of fine blanking parts after punching and automatic separating the parts from the wastes, and accordingly, bumping of the parts is avoided, the surface quality demands of the parts are met, yield is enhanced, and labor cost is reduced greatly.

Description

technical field [0001] The invention relates to a workpiece pick-up device in the technical field of mechanical processing, in particular to an automatic pick-up device installed on a fine blanking die. Background technique [0002] In the process of mechanical processing, for example, the common method of outputting parts in fine blanking production is to blow the parts with compressed air. When the compressed air blows out the parts, the waste and the parts are blown out at the same time, so that there is a gap between parts and parts, between parts and waste. , as well as contact between the parts and the mold, and due to the high pressure of the compressed air, it often leads to scratches and bumps on the surface of the parts, which cannot meet the surface quality requirements of the parts, resulting in a decline in the yield rate, and because the parts and waste are If they are mixed together, special personnel are required to separate them, which is inefficient and exp...

AI Technical Summary

Problems solved by technology

[0002] In the process of mechanical processing, for example, the common method of outputting parts in fine blanking production is to blow the parts with compressed air. When the compressed air blows out the parts, the waste and the parts are blown out at the same time, so that there is a gap between parts and parts, and between parts and waste. , as well as contact between the parts and the mold, and due to the high pressure of the compressed air, it often leads to scratches and bumps on the surface of the parts, which cannot meet the surface quality requirements of the parts, resulting in a decline in the yield rate, and because the parts and waste are If they are mixed together, special personnel are required to separate them, which is inefficient and expensive

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