Automatic wire-stripping tin plating machine

Abstract

An automatic wire stripping soldering machine belongs to the lead processing mechanical field. The prior art has unitary function and does not realize the mechanical lead soldering. The invention comprises a frame, a power transmission device mounted on the frame, a working table and a wire transmission device; the working table is parallely provided with a lead cutting device driven by the power transmission device and a wire separating device; the wire transmission device comprises a wire transmission machine and a lead transmission chain; the wire transmission machine is arranged on the frame on one side of the wire transmission gear and is connected with the power transmission device; the invention is characterize in the that: the working table on the other side of the wire separating device is orderly provided with a wire stripping device and a lead soldering device along the moving direction of the lead transmission chain; it has the advantages of realizing the lead mechanical soldering.

Description

【Technical field】 [0001] The invention relates to an automatic wire stripping machine for processing wires, in particular to an automatic wire stripping machine capable of stripping wire ends at both ends of a wire section and coating solder. 【Background technique】 [0002] In the festival lantern and electrical appliance manufacturing industry, it is often necessary to connect a large number of wire segments formed by insulating a plurality of thin metal wires (such as copper wires) for connection. At present, the automatic wire stripping machine used for processing wire segments on the market includes a frame, a power transmission device installed on the frame, a wire transmission device, a workbench, and a wire shearing device driven by the power transmission device on the workbench. Some automatic wire stripping machines also include a wire splitter, and the wire feeding device includes a wire feeder and a wire conveying chain, but the automatic wire stripping machine of...

AI Technical Summary

Problems solved by technology

This kind of processing method is relatively primitive in operation and low in efficiency. The scattered wires at the end of the wire make the amount of solder used during coating large and the amount of tin applied is uneven, and often causes several wires to stick to each other after the solder is cooled, which must be done manually. Correction, separation, or even re-tinning, currently it is not possible to achieve mechanized tinning of wires

With the consumption of molten solder, it is necessary to manually add solid solder or molten solder. The production efficiency is low, and a large amount of molten solder is exposed to the air for a long time at high temperature, resulting in oxidation of solder, a large amount of waste, and low utilization. high energy consumption

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