Wire anti-drop welding device for electronic component processing

Abstract

The invention provides a wire anti-falling welding device for electronic component machining, and relates to the technical field of electronic component machining, the wire anti-falling welding device comprises a mounting supporting part, and the mounting supporting part is slidably connected with a driving propelling device; a tin wire guide part is fixedly connected to the driving and propelling device; a welding device is connected to the tin wire guide part in a sliding manner; the side surface of the tin wire guide part is fixedly connected with a cooling smoke-absorbing part; the bottom of the tin wire guide part is fixedly connected with a clamping device; the tin wire guide part is rotationally connected with a soldering tin feeding part; a floating cleaning part is fixedly connected to the tin wire guide part, so that extrusion welding is achieved, the fitting degree is improved, falling is prevented, tin wires can be automatically pushed in a floating mode, and meanwhile dust removal and smoke collection can be assisted; the problems that an existing electronic component welding device cannot assist in automatic propelling soldering tin, welding efficiency is low, floating cleaning and smoke filtering cannot be assisted, sawtooth pressure welding is assisted through a method, and welding flexibility is poor are solved.

Description

technical field [0001] The invention relates to the technical field of electronic component processing, in particular to a wire de-soldering device for electronic component processing. Background technique [0002] In the actual processing of electronic components, such as lamp processing, etc., the conductive connection of the circuit is an important step, and it is often the direct contact between two conductive components, because the processing quality of electronic components is involved. It is particularly important to have a good wire anti-soldering device for electronic component processing with zigzag protruding welding heads. [0003] However, as for the current traditional electronic component welding device, the cost is high, the technical requirements for the operator are high, the automatic soldering cannot be assisted, the welding efficiency is low, the auxiliary floating cleaning and smoke filtration cannot be realized, the welding quality is low, and the def...

AI Technical Summary

Problems solved by technology

[0003] However, the current traditional electronic component welding device is expensive, requires high technical requirements for the operator, cannot assist in automatically advancing the solder, has low welding efficiency, cannot realize auxiliary floating cleaning and smoke filtration, has low welding quality, and increases the defective rate of the substrate. There is pollution in the smoke, which affects the health of the welder's respiratory tract. It cannot assist in the realization of sawtooth pressure welding, and the wire harness is easy to fall off. The overall welding positioning operation is not convenient, and the welding flexibility is poor.

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