Full-automatic tin-soldering machine and tin-soldering method thereof

Abstract

The invention discloses a full-automatic tin-soldering machine. The full-automatic tin-soldering machine comprises a jig, a fixing frame, a vertical power device, a transverse power device, a soldering flux container, a soldering furnace and a tin dross scraping device, wherein the jig is used for containing an element to be tin-soldered; the fixing frame is used for mounting the jig; the vertical power device drives the fixing frame to move in the vertical direction; the transverse power device drives the fixing frame to move in the transverse direction; the soldering flux container contains a soldering flux and is used for binding the soldering flux on the element to be tin-soldered which is moved in place by the jig; the soldering furnace contains tin liquor and is used for tin-soldering the element to be tin-soldered which is moved in place by the jig and is bound with the soldering flux; and the tin dross scraping device is used for scraping tin dross on the surface of the tin liquor in the soldering furnace. The machine can automatically finish tin-soldering by only placing the element to be tin-soldered on the jig; compared with the traditional manual operation, the tin-soldering processes for more elements can be finished within shorter time, thus, the full-automatic tin-soldering machine has high production efficiency, can effectively lower the production cost, and has higher safety; and in addition, due to the adoption of automatic operation, the accuracy is higher, and the quality of products can be guaranteed.

Description

technical field [0001] The invention relates to a soldering equipment, in particular to an automatic soldering machine. Background technique [0002] Soldering process is very common in the production and manufacture of various electronic components. The basic steps mainly include fixing components, sticking flux, welding, removing components, etc.; traditional soldering methods are generally manual operations, with low efficiency and low cost. High, and the safety of soldering is not well guaranteed. In addition, because the soldering components are small, the precision is required to be high, but there are many unfavorable factors affecting manual work, the precision cannot be guaranteed, and the final defective rate Higher, it can be seen that it is necessary to make improvements. Contents of the invention [0003] In view of the above problems, the present invention provides a fully automatic soldering machine and a soldering method thereof. [0004] The technical so...

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Problems solved by technology

[0002] Soldering process is very common in the production and manufacture of various electronic components. The basic steps mainly include fixing components, sticking flux, welding, removing components, etc.; traditional soldering methods are generally manual operations, with low efficiency and low cost. High, and the safety of soldering is not well guaranteed. In addition, because the soldering components are small, the precision is required to be high, but there are many unfavorable factors affecting manual work, the precision cannot be guaranteed, and the final defective rate Higher, it can be seen that it is necessary to make improvements

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