Full-automatic laser paint stripping and identifying all-in-one machine

Abstract

The invention discloses a full-automatic laser paint stripping and identifying all-in-one machine. The all-in-one machine comprises a rack, wherein a countertop of the rack is provided with a vibration disc feeding assembly for feeding and conveying components, a separation assembly used for taking the stacked components conveyed by the vibration disc feeding assembly, a paint stripping assembly used for stripping paint on the surface of the taken components, a material receiving assembly used for collecting the components after the paint stripping assembly is completed, and a rotating assembly used for conveying the components among a material taking station, a paint stripping station and a material receiving station. According to the all-in-one machine, the rapid batch production of production is realized, and the characteristics of automatic component taking, automatic stripping and automatic discharging are realized.

Description

technical field [0001] The invention relates to resistance and capacitance production and manufacturing equipment, in particular to a full-automatic laser paint stripping and identification all-in-one machine. Background technique [0002] The development of electronic components has gone through the process from large to small and from rough to precise, especially the development of electronic components such as resistors and capacitors. From the large size of the circular structure to the current overall structure, the maximum size of the components is no more than 5mm. The smaller and more precise structure also leads to the difficulty of production and testing, especially after the production of resistors or capacitors, the coating is easy, and the resistor or capacitor components are immersed in liquid paint, but after coating, it is necessary to Partial peeling of the paint, the resistance or capacitor components can have soldered terminals after the paint is peeled of...

AI Technical Summary

Problems solved by technology

[0002] The development of electronic components has gone through the process from large to small and from rough to precise, especially the development of electronic components such as resistors and capacitors. From the large size of the circular structure to the current overall structure, the maximum size of the components is no more than 5mm. The smaller and more precise structure also leads to the difficulty of production and testing, especially after the production of resistors or capacitors, the coating is easy, and the resistor or capacitor components are immersed in liquid paint, but after coating, it is necessary to Partial peeling of the paint, the resistance or capacitor components can have soldered terminals after the paint is peeled off. However, in the process of peeling the paint, it is unrealistic to arrange manually. A large number of components are laid on the table and passed through the CCD. The camera is also cumbersome, so it is not possible to accurately align and capture the components, and at the same time generate corresponding position data and send it to the laser paint stripping device. They are arranged individually for production, peeling off the paint and then welding. In order to quickly Mass production leads to a decline in the yield of components or an increase in testing costs during the final production inspection. Therefore, the current processing equipment has problems such as low processing efficiency, troublesome operation, and incapable of mass production.

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