Power inductance full-automatic gluing machine

Abstract

The invention discloses a full-automatic gluing machine for power inductance, which includes a frame, a rotary table arranged on the upper end of the frame, and a feeding mechanism, a correction mechanism, an opening and rotating clamping mechanism, and a gluing mechanism arranged on the rotary table , scraping mechanism and feeding mechanism, place the power inductance magnetic core on the vibrating plate in the feeding mechanism for automatic positioning and continuous feeding. The four-station fixture of the feeding mechanism simultaneously corrects and clamps the four power inductance magnetic cores, and the correction mechanism performs the production process of recalibrating and testing the magnetic cores. The glue coating production process is completed by the glue coating mechanism. After the glue coating is completed, the The power inductor magnetic core is scraped by the rubber scraping mechanism, and finally the finished power inductor is collected by the material receiving mechanism; the production capacity of the power inductor is greatly improved, the matching of personnel and sites is reduced, and the production cost of the power inductor is reduced.

Description

technical field [0001] The invention relates to the technical field of gluing equipment, in particular to a power inductor full-automatic gluing machine. Background technique [0002] Power inductors are more and more widely used in 3C, electronics, military and other fields, and the demand is increasing. However, the current domestic production equipment for power inductive component gluing is a single-process, single-station, semi-automatic production structure, resulting in low production capacity, which in turn causes a situation in which demand exceeds supply; and single-process, single-station, semi-automatic production equipment will cause The increase in hard supporting resources such as personnel, equipment, and production workshop scale has caused the cost of power inductor production to remain high, making it difficult to form effective market competitiveness, and restricting the higher development of power inductor manufacturers. Contents of the invention [0...

AI Technical Summary

Problems solved by technology

However, the current domestic production equipment for power inductive component gluing is a single-process, single-station, semi-automatic production structure, resulting in low production capacity, which in turn causes a situation in which demand exceeds supply; and single-process, single-station, semi-automatic production equipment will cause The increase in hard supporting resources such as personnel, equipment, and production workshop scale has caused the cost of power inductor production to remain high, making it difficult to form effective market competitiveness, and restricting the higher development of power inductor manufacturers

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