Automatic tin welding line

Abstract

The invention discloses an automatic tin welding line. The automatic tin welding line comprises a lifter, a plugging machine, a board turning machine, a tin welding machine and a sweeper which are sequentially connected, wherein a conveying track is arranged between the lifter and the plugging machine and is used for conveying a carrier loaded with products to the plugging machine for plugging; the board turning machine is used for overturning the plugged products and then conveying the products to the tin welding machine; the tin welding machine is used for carrying out tin welding on the products and then conveying the products to the sweeper for sweeping. The automatic tin welding line further comprises a returning track arranged on the lower portions of the mechanisms and used for recycling the carrier. When the automatic tin welding line is used, the lifter lifts the carrier to the height of the conveying track, a worker puts the products to be machined on the carrier, the conveying track conveys the products to the plugging machine for plugging, the products are conveyed to the tin welding machine for tin welding after plugging is finished, the products are swept through the sweeper after tin welding is finished, the swept products are taken down by a worker at the output end of the sweeper, and the carrier is put on the returning track on the lower portion of the sweeper.

Description

technical field [0001] The invention relates to the field of automation equipment, in particular to an automatic soldering wire. Background technique [0002] In the electronics industry, it is often necessary to weld various electronic components to the circuit board. The welding of the circuit board requires high welding requirements and requires high technical requirements for the workers. Otherwise, it is easy to cause welding defects and lead to product scrapping. Manual welding The method of manual welding is also prone to burn people, and the production efficiency of manual welding is low, which is difficult to meet the production demand; and with the increasing labor cost, the manual welding method directly increases the production cost of the enterprise, and the soldering machine can be Automatic soldering is realized, but a circuit board often needs to be soldered to multiple parts, which requires the use of multiple soldering machines for soldering operations at t...

AI Technical Summary

Problems solved by technology

[0002] In the electronics industry, it is often necessary to weld various electronic components to the circuit board. The welding of the circuit board requires high welding requirements and requires high technical requirements for the workers. Otherwise, it is easy to cause welding defects and lead to product scrapping. Manual welding The method of manual welding is also prone to burn people, and the production efficiency of manual welding is low, which is difficult to meet the production demand; and with the increasing labor cost, the manual welding method directly increases the production cost of the enterprise, and the soldering machine can be Realize automatic soldering, but a circuit board often needs to be soldered to multiple parts, which requires the use of multiple soldering machines for soldering operations at the same time

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