Stamping part picking and placing tool and stamping part picking and placing method

Abstract

The invention provides a stamping part picking and placing tool which comprises a sucking disc, a quick joint, a flexible pipe, a rigid pipe, a handle, a pneumatic spring pipe, a vacuum generator anda throttling valve. The quick joint and the throttling valve are separately arranged at two ends of the pneumatic spring pipe, the vacuum generator communicates to the throttling valve, the flexible pipe and the sucking disc are separately arranged at two ends of the rigid pipe, and the handle is embedded onto the outer side of the rigid pipe and is located at one end close to the flexible pipe. Compared with the prior art, the stamping part picking and placing tool has the beneficial effects that 1, the stamping part picking and placing tool can guarantee the surface quality of a part, and avoids scratches and deformation of the part; 2, by using the stamping part picking and placing tool, a condition that a hand enters into a mold cavity to pick and place the part in an aluminum art stamping process is avoided, so that the safe production is guaranteed; and 3, by using the stamping part picking and placing tool, the work efficiency is obviously improved by 40% compared with that by picking and placing the part manually.

Description

technical field [0001] The invention belongs to the technical field of stamping parts manufacturing, and relates to a pick-and-place tool for stamping parts and a pick-and-place method for stamping parts. Background technique [0002] In stamping production, the operator needs to put the stamping process parts into the mold cavity, and when the press finishes stamping, take out the stamped parts from the mold cavity. Because the operator is strictly prohibited from entering the mold cavity with his hands, he puts the parts into or takes them out of the mold cavity by means of a hand-held suction iron. [0003] Usually, the stamping material is carbon steel. With the demand for energy saving and lightweight of automobiles, non-ferrous metals have begun to be used in auto parts. Such as: aluminum and copper and other plates, and non-ferrous metals cannot use hand-held suction irons to complete the picking and placing of parts in the mold cavity, and the parts can only be pick...

AI Technical Summary

Problems solved by technology

Such as: aluminum and copper and other plates, and non-ferrous metals cannot use hand-held suction irons to complete the picking and placing of parts in the mold cavity, and the parts can only be picked and placed directly by hand, which poses a greater risk to the operator's safe operation and reduces production efficiency.

[0004] When the hand-held iron absorber is in use, there will be friction between the absorber and the stamping parts, and the parts will easily cause quality defects such as scratches and deformation when the parts are separated from the iron absorber.

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