Fully automatic wire cutting tin dipping machine

Abstract

The invention discloses a fully automatic wire cutting tin dipping machine, which comprises a work table, a control plate, a machine case, a moving frame, an electric push rod, a clamp plate, a peeling cutter, a fixing plate, a cutting machine, a welding flux dripping mechanism, a tin dipping mechanism, a trimming mechanism, a welding flux groove, a tin water groove, a transmission shaft, a stirring frame, a stirring motor, a heating machine, a heat conduction plate, a box door, an external connection plug and moving wheels, wherein the work table is arranged on the top of the machine case through screw bolts; the moving frame is arranged on the top of the work table through screw bolts; the electric push rod is arranged at one side of the moving frame; the clamp plate is arranged at the bottom of the electric push rod through screw bolts; a wire cutting machine is arranged inside the clamp plate through screw bolts; the peeling cutter is correspondingly arranged at one side of the wire cutting machine and is connected with the fixing plate through screw bolts. The tin dipping machine has the advantages that the size is small; the moving is convenient; the wires can be effectivelycut, peeled and dipped with tin; the work efficiency is greatly improved.

Description

Technical field [0001] The invention relates to the technical field of tin dipping machines, in particular to a fully automatic wire cutting tin dipping machine. 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 make the core wire not loose after stripping, to ensure the welding quality between the wire and the electronic components, and meet a certain high Frequency performance, often dip tin on the end of the wire. In the traditional dip tin process, the usual method is manual operation. Due to the shaking of the hand or the deviation of the line of sight during the manual operation, the wire end cannot be leveled. It is placed in the tin surface of the tin furnace, which results in different depths of tinning at the end of the wire, and it is difficult to guarantee the appearance quality. Problems such as bell mouth, bulge, inconsist...

AI Technical Summary

Problems solved by technology

[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 dip tin at the end of the wire. In the traditional tin dipping process, the usual method is manual operation. Due to the shaking of the hand or the deviation of the line of sight during the manual operation, the end of the wire cannot be leveled. Placed in the tin surface of the tin furnace, this results in different depths of tin dipping at the end of the wire, and it is difficult to guarantee the appearance quality. There are often problems such as bell mouth, bulge, inconsistent tin dipping length, and unstable finished product size. Assembly and other processing and production have brought troubles, poor processing and loss have been significantly increased, and manual tinning is used, the speed of tinning is slow, the operation efficiency is low, the workload of operators is large, and it consumes a lot of manpower, which greatly increases the cost of the enterprise. In response to the above situation, some tin dipping equipment appeared on the market to improve 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. At the same time, during the tin dipping process, since the tin water in the tin water tank is prone to solidification, and the tin dipping equipment lacks a certain anti-solidification function, it is necessary to design an automatic wire cutting and tin dipping machine

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