PCB washing mechanism capable of realizing automatic taking and transferring

Abstract

The invention relates to a PCB washing mechanism capable of realizing automatic taking and transferring. The PCB washing mechanism comprises a rack and a distribution control box. A conveying trough cooperating with a PCB product is formed in the rack; a washing tin-brushing device and a baking device that cooperate with the product arranged above the washing tin-brushing device and the baking device are arranged below the conveying trough successively; a feeding device cooperating with the product arranged above the feeding device is arranged above the conveying trough; and the tail end of the conveying trough is in a butt joint with a drying device of the product by a cooperative overturning and transferring device. The washing tin-brushing device consists of a brush motor and a brush rotating cylinder, wherein the brush motor and the brush rotating cylinder are arranged at the rack and cooperate with each other; and a brush cooperating with the product at the conveying trough sleeves the brush rotating cylinder. According to the PCB washing mechanism, on the basis of cooperation of the conveying trough with the feeding device, feeding of a PCB is realized; automatic material taking and transferring are realized by the overturning and transferring device at the tail end of the conveying trough, so that the PCB taking and transferring efficiency can be improved; and a scratch caused by manual taking and placing can be avoided, so that the yield of the PCB after washing can be guaranteed.

Description

technical field [0001] The invention relates to the field of PCB board processing equipment, in particular to a PCB washing mechanism capable of automatically taking materials and transferring them. Background technique [0002] With the development of the PCB industry, various industries have higher and higher requirements for the quality of PCB boards. The processing quality of PCB boards is determined by their processing equipment. Cleaning up waste tin) is also an important processing link, usually using a washing machine for cleaning, but the existing washing machine needs to manually collect and dry the PCB board after cleaning and transporting it through rollers. Machine-cleaned PCB boards have a high temperature and are not easy to pick up manually. The PCB board needs to be dried later, which affects the processing efficiency. Manual placement is easy to cause PCB boards to rub against each other due to mistakes, resulting in scratches, resulting in a low product yi...

AI Technical Summary

Problems solved by technology

[0002] With the development of the PCB industry, various industries have higher and higher requirements for the quality of PCB boards. The processing quality of PCB boards is determined by their processing equipment. Cleaning up waste tin) is also an important processing link, usually using a washing machine for cleaning, but the existing washing machine needs to manually collect and dry the PCB board after cleaning and transporting it through rollers. Machine-cleaned PCB boards have a high temperature and are not easy to pick up manually. The PCB board needs to be dried later, which affects the processing efficiency. Manual placement is easy to cause PCB boards to rub against each other due to mistakes, resulting in scratches, resulting in a low product yield rate.

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