Full automatic wire cutting and peeling double-headed tin adhering machine and use method thereof

Abstract

The invention relates to the technical field of tin adhering equipment, in particular to a full automatic wire cutting and peeling double-headed tin adhering machine, comprising a machine case, wherein the machine case is provided with a controller, the machine case is provided with a first tin adhering mechanism, a wire cutting and peeling mechanism and a second tin adhering mechanism in sequence along the conveying direction of wires, the machine case is also provided with a reclaiming mechanism, the first tin adhering mechanism, the wire cutting and peeling mechanism, the second tin adhering mechanism and the reclaiming mechanism are respectively and electrically connected with the controller, and soldering flux grooves and tin water grooves are arranged below the first tin adhering mechanism and the second tin adhering mechanism respectively. The tin adhering machine is simple in structure and operation, easy to produce, low in production cost, high in tin adhering efficiency, high in tin adhering precision, good in tin adhering quality and high in economic benefit, and has functions of wire cutting, peeling, soldering flux adhering and tin adhering which are integrally completed.

Description

technical field [0001] The invention relates to the technical field of tin dipping equipment, in particular to a fully automatic wire cutting and peeling double-head tin dipping machine and a use method thereof. Background technique [0002] The structure of the wires used in electronic equipment from the outside to the inside is the protective sheath, the insulating sheath and the core wire. In order to prevent the core wire from being loose after stripping, and to ensure the welding quality between the wire and the electronic components, a certain high Frequency performance, often dipped in tin at the end of the wire. [0003] At present, manual operation is mainly used for dipping wires, and the specific steps are as follows: [0004] 1. Turn on the power switch of the tin furnace, adjust to the specified temperature scale value, and heat for about 1 hour to fully melt the tin block in the tin tank of the tin furnace, then add tin strips to keep the tin liquid level at a...

AI Technical Summary

Problems solved by technology

[0005] The above methods of tin dipping have the following disadvantages: 1. Manual tin dipping, because of the shaking of hands or the deviation of sight, the end of the wire cannot be placed horizontally in the tin surface of the tin furnace, which results in different depths of tin dipping at the end of the wire , the appearance quality is difficult to guarantee, and there are often problems such as braided bell mouth, bulge, inconsistent length of tin dipping, and unstable finished product size, which brings troubles to subsequent processing and production such as welding and assembly, and the poor processing and loss of processing are significantly increased.

2. If the wire is dipped in tin for a long time, the shrinkage of the insulating sheath will change greatly, and the size will be unstable; if the dipping time is short, the tin will be unsaturated and have tin balls

3. After a period of tinning, the tin liquid in the tin furnace becomes less and the tin surface drops, and the operator cannot adjust the depth of the wire immersion well, resulting in poor tinning effect of the wire

4. Manual tin dipping is used, the speed of dipping tin is slow, the operation efficiency is low, the workload of the operators is heavy, and it consumes a lot of manpower, which greatly increases the burden on the enterprise

[0006] In response to the above situation, some tin dipping equipment appeared on the market, which improved the traditional tin dipping method, but these tin dipping equipment have complex structure, troublesome operation, low tin dipping efficiency, low tin dipping precision, and poor tin dipping quality

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