Automatic winding production line for one-piece inductors

Abstract

The invention relates to an automatic winding production line for integrally formed inductors, which includes an assembly line workbench. Both ends of the assembly line workbench are equipped with a cycle conversion workbench. Station, inspection station, strip assembly station, laser welding station, material separation station, the upper part of the assembly line workbench is equipped with a transmission chain for coil jigs for transmitting loads along its length, and the assembly line works The lower part of the table is equipped with a transmission belt 1 for transmitting unloaded coil fixtures along its length direction. The invention adopts an assembly line to automatically complete operations such as coil winding, quality inspection, material tape assembly, laser welding, etc., which improves the production efficiency of integrally formed inductors and meets the requirements of large-scale production of integrally formed inductors.

Description

technical field [0001] The invention relates to the technical field of inductance production, in particular to an automatic winding production line for integrally formed inductance. Background technique [0002] At present, in the production process of the inductance coil, the wire is usually wound on the coil support to form the inductance coil, and then the coil support is placed in a cold press, and the chip coated with the inductance coil is formed after powder coating and cold pressing Blank, transfer the chip blank together with the coil support to the hot press, and then use the hot press to heat-press the chip blank. After hot-pressing and shaping, take out the chip blank and cool it, thereby completing the packaging of the inductor coil, and thus completing the packaging of the finished inductor. the entire production process. Among them, the winding process of the inductor coil and the assembly process of the strip are the most important process steps, which direc...

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Problems solved by technology

[0003] In the prior art, most of the winding, welding, and testing equipment of the inductance coil are semi-automatic or purely manual. There are problems such as poor winding consistency of the inductance coil, poor consistency of resistance and inductance, etc., and welding is prone to false welding and false welding. welding phenomenon, it is difficult to meet the requirements for the use of high-quality inductance coils, and the production efficiency of the entire inductance coil production process is low, and the labor cost is high, which does not meet the needs of mass production of integrated molded inductance coils

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