Electroplating post-treatment apparatus

Abstract

The invention discloses an electroplating post-treatment apparatus, which comprises a treatment tank connected with a lifting device, and a clamper body arranged above the treatment tank and connected with a rotation device capable of intermittently rotating, wherein the treatment tank has an annular shape and is divided into a plurality of treatment sub-tanks along a circumferential direction, and at least a clamper is eccentrically arranged below the clamper body. With the electroplating post-treatment apparatus, a workpiece requiring treatment is fixed on the clamper, the lifting device drives the whole treatment tank to elevate so as to immerse the workpiece in a treatment liquid accommodated in one of the treatment sub-tanks to carry out an electroplating post-treatment, the lifting device drives the treatment tank to descend after completing the treatment so as to separate the workpiece and the treatment liquid, at this time the rotation device drives the whole clamper body to rotate a certain angle, the treatment tank is lifted through the lifting device again, the operations are cycled, and the workpiece is immersed in different treatment liquids to treat according to requirements of the post-treatment step, such that manual operation of a product staff is not required, and production automation is accelerated so as to increase production efficiency and effectively reduce risk on production staff body health.

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. Generally include dehydration treatment, anti-tarnish treatment, and solderability improvement treatment. These post-treatments often require immersing the processed workpiece into different working fluids. In the prior art, various working fluids are usually loaded into different working fluids. In the container, after the manual operation of one container by container, not only the production efficiency is low, but 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. Summary of the invention [0003] The technical p...

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.

Images