An automatic electroplating post-processing device

Abstract

The present invention discloses an automated electroplating post-treatment apparatus, which comprises a plurality of treatment tanks connected through conveying belts, wherein at least a clamper body is arranged above the treatment tanks. With the automated electroplating post-treatment apparatus, a workpiece is connected to a chuck of the clamper body, helical directions of two segments of outer threads arranged on the chuck at intervals are opposite, when the clamper body rotates, transmission nuts connected on the two threaded segments are driven to perform a reverse direction movement, when the clamper body rotates along one direction, the transmission nuts are close to each other, the workpiece performs a descending movement so as to immerse the workpiece in a treatment liquid accommodated in one of the treatment tanks to carry out an electroplating post-treatment, when the clamper body rotates along another direction, the transmission nuts are away from each other, the workpiece performs an elevation movement so as to leave the treatment tank, and then a first movement device is adopted to drive the treatment tank to perform a horizontal movement, such that the workpiece is individually immersed in every treatment tank to carry out an electroplating post-treatment. With the present invention, manual operation of a product staff is not required, production automation is accelerated, and risk on production staff body health can be effectively reduced.

Description

technical field [0001] The invention relates to a special processing device, in particular to an electroplating post-processing device. Background technique [0002] Post-plating treatment refers to various treatments to the coating after electroplating to enhance various properties of the coating, such as corrosion resistance, discoloration resistance, solderability, etc. It generally includes dehydration treatment, anti-discoloration treatment, treatment to improve solderability, etc. These post-treatments often need to immerse the treated workpiece in different working fluids successively. In the prior art, various working fluids are usually filled into different working fluids. In the container, after manual operation of one container by one container, not only the production efficiency is low, but also the electroplating working liquid is often harmful to the human body, and there is also a great risk to the health of the production personnel. Contents of the inventio...

AI Technical Summary

Problems solved by technology

It generally includes dehydration treatment, anti-discoloration treatment, treatment to improve solderability, etc. These post-treatments often need to immerse the treated workpiece in different working fluids successively. In the prior art, various working fluids are usually filled into different working fluids. In the container, after manual operation of one container by one container, not only the production efficiency is low, but also the electroplating working liquid is often harmful to the human body, and there is also a great risk to the health of the production personnel.

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