A metal surface nano-coating device for key components of packaging machine

Abstract

The invention discloses a metal surface nano-coating device for critical components of a packing machine. The metal surface nano-coating device comprises a base. Supporting plates symmetric at the positions of the left side and the right side are fixedly arranged on the upper side of the base. A cleaning tank is fixedly connected between the supporting plates. According to the metal surface nano-coating device, the soaking manner is adopted, the problem of uneven spraying is avoided, the components are cleared before being soaked in a nano solution, and the components are taken out one by oneby conveying columns sliding up and down through the rated volume and are grabbed into a soaking cavity; and the components are driven to rotate and descend in the soaking cavity, it is guaranteed that the components are taken out to be collected after all the metal faces of the components are smeared with nano materials, one single cleaned component is selected after one-time motion, the components are added into a nan solution one by one to be soaked, nano coatings are formed on the metal surfaces of the components, the components are transferred and collected, and ordered, coherent and rapid work capacity is achieved.

Description

technical field [0001] The invention relates to the technical field of nano-spraying, in particular to a metal surface nano-coating device for key components of a packaging machine. Background technique [0002] A packaging machine is a type of machine that packs products. Because some products have the ability to adhere, it is necessary to spray nano-coating on the metal surface of key components on the packaging machine. First, in order to prevent the continuous working ability of the machine from being affected, but to isolate the metal from the product and prevent contamination of the product. [0003] The traditional method of spraying nanometer on the metal surface of parts is spraying with spray guns. However, the parts need to be clamped. Generally speaking, the spraying efficiency of manual clamping is low, and the uniformity of spraying on the surface of parts is low, while the way of mechanical arms will greatly increase the cost. Moreover, there are impurities ...

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