An automatic packaging system for micro-injection-molded magnetic parts

Abstract

An automatic packaging system for micro-injection-molded magnetic parts, including a feeding conveyor, a feeding mechanism for unqualified products, a feeding mechanism for qualified products, a packaging conveyor and a slide table; the packaging conveyor is arranged in parallel on one side of the feeding conveyor , the other side of the unloading conveyor is provided with unqualified product unloading mechanism and unqualified product unloading mechanism, the conveyer belt of unloading conveyor is provided with spaced grooves for holding micro-injection magnetic parts, the tail of packaging conveyor There is a sliding table at the end. The system is simple in structure, safe and reliable, and can automatically complete blanking, rejection of unqualified products and packaging of qualified products, which not only improves the efficiency of blanking and packaging, but also avoids surface contact of micro-injection magnetic parts.

Description

technical field [0001] The invention relates to a system for automatic blanking of micro-injection molding magnetic parts, rejection of unqualified products and packaging of qualified products, belonging to the technical field of micro-injection molding magnetic parts packaging. Background technique [0002] Since the micro-injection-molded magnetic parts have been magnetized, in order to ensure that their magnetism is not affected by external factors, any contact with metal devices should be avoided during the process of blanking and packaging, and the micro-injection-molded magnetic parts There cannot be any surface contact, but there can be contact between the end faces of the micro-injection magnetic parts, because the contact of the end faces will not affect the magnitude of its magnetism. Therefore, there are relatively large difficulties in the blanking and packaging of micro-injection magnetic parts. [0003] At present, the detection of the magnetism of this kind o...

AI Technical Summary

Problems solved by technology

Because the blanking and packaging operations are completely done manually, the efficiency of this method is very low, coupled with the influence of some human factors in the operation process, it may cause some scratches on the surface of the injection molded parts, affecting the integrity of the micro injection molded magnetic parts

And because the operator only performs this series of actions there, it is prone to fatigue after a long time, and long-term work will also have a certain impact on health.

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