Novel vacuum nanotech coating device

Abstract

The invention discloses a novel vacuum nanotech coating device, which comprises a chassis, a heating furnace, a deposition bucket and a bracket. The heating furnace, the deposition bucket and the bracket are connected via metal pipes, and connecting interfaces are provided with connecting flanges and are fixed by retaining rings. The novel vacuum nanotech coating device is characterized in that a sheet with fine holes is used as a shell of the decomposition bucket so that a coating material enters the decomposition bucket from different directions, and fine wire meshes are arranged in the cavity of the decomposition bucket to divide the cavity into a plurality of parts. The bracket is internally provided with a freezer and a vacuum pump and is connected with the decomposition bucket. Since the stainless steel sheet with the fine holes is used as the shell of the decomposition bucket to make the coating materials enter the bucket from different directions, and the cavity is divided into the triangular parts with the same size for 360-degree rotation, a magnetic ring can continuously rotate during processing, and the best effects can be achieved during processing of the magnetic ring. Since the fine stainless steel meshes are adopted for protection, scratches can be reduced in rotation of the magnetic ring for processing.

Description

technical field [0001] The invention relates to a film coating device, in particular to a novel vacuum nanotechnology film coating device. Background technique [0002] At present, surface coating technology has been widely used in more and more fields. The film coating machines on the existing market can only be used for magnetic ring processing and production, and cannot be used for other product processing. During processing, the product is only placed in the lower half of the deposition barrel, and the fine sprocket, chain, and large sprocket are driven by a micro motor. The rotating shaft, the rotating shaft turns the screw, and turning the screw turns the deposition barrel to make a 360-degree rotation, but the product can only roll in the lower part of the deposition barrel, so the product may appear inconsistent. Contents of the invention [0003] The purpose of the present invention is to develop a novel vacuum nanotechnology film coating equipment with simple st...

AI Technical Summary

Problems solved by technology

The film coating machines on the existing market can only be used for magnetic ring processing and production, and cannot be used for other product processing. During processing, the product is only placed in the lower half of the deposition barrel, and the fine sprocket, chain, and large sprocket are driven by a micro motor. The rotating shaft, the rotating shaft turns the screw, and the screw rotates the sedimentation barrel for 360-degree rotation, but the product can only roll in the lower part of the sedimentation barrel, so the product may appear inconsistent

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