High-frequency tin soldering system

Abstract

The invention discloses a high-frequency tin soldering system which comprises a tin conveying device, a tin soldering device and a control device, wherein the tin conveying device is connected with the tin soldering device through a pipeline; and the control device is electrically connected with the tin conveying device and the tin soldering device. The high-frequency tin soldering system disclosed by the invention has the beneficial effects that through the arrangement of the tin conveying device, the tin soldering device and the control device, the tin soldering function can be achieved; through the control device, the tin conveying device and the tin soldering device can be controlled to work cooperatively; during the tin soldering process, the accurate control of the tin soldering amount, the tin soldering time and the tin soldering temperature can be facilitated, and the tin soldering quality can be improved; furthermore, a non-stick tube in the high-frequency tin soldering systemis made of metallic tin being in the non-stick molten and softened state, so that molten tin can be prevented from adhering to the inner wall of the non-stick tube; and the compressed air is adoptedas the power source of the tin conveying device, the tin conveying process is achieved through an air blowing method, such a tin conveying method is not restricted by distance and structure, and the practicability is higher.

Description

technical field [0001] The invention relates to soldering equipment, in particular to a high-frequency soldering system. Background technique [0002] In the traditional soldering technology, electric soldering iron and solder wire are generally used to weld electronic components or wires to the circuit board, or to weld multiple wires together. This welding method needs to melt the wire first, and then use liquid tin to seal the pad. Solder with pins and wires. [0003] Its disadvantages are: first, this soldering method requires both hands to operate, which is very inconvenient; second, in the process of melting tin wire in this soldering method, tin is easy to stick to the tip of the soldering iron, resulting in uneven solder volume , so it is difficult to control the amount of tin wire; third, this traditional soldering method has high requirements on the technical level of the operator, resulting in high labor costs; fourth, the automatic soldering device used in the t...

AI Technical Summary

Problems solved by technology

[0003] Its disadvantages are: first, this soldering method requires both hands to operate, which is very inconvenient; second, in the process of melting tin wire in this soldering method, tin is easy to stick to the tip of the soldering iron, resulting in uneven solder volume , so it is difficult to control the amount of tin wire; third, this traditional soldering method has high requirements on the technical level of the operator, resulting in high labor costs; fourth, the automatic soldering device used in the traditional soldering method requires from There is a structure for feeding solder wire next to the soldering iron head. The structure is complicated and the volume is large, which makes it impossible to realize simultaneous soldering of multiple sets of soldering devices in a small space, reducing the automation effect

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