Ultra-precision surface treatment device with high-efficiency metal processing

Abstract

The invention discloses an ultra-precision surface treatment device with high-efficiency metal processing, which comprises a processing device body and a surface treatment device, wherein a sliding roller is arranged on the inner surface of the processing device body; a metal placing plate is arranged at the upper end of the sliding roller; both ends of the metal placing plate are provided with positioning buckles, and the lower end of the processing device body is provided with a crash pad. The ultra-precision surface treatment device with high-efficiency metal processing is provided with ananti-scratch protection layer, a second surface treatment device and a backup battery pack, which can avoid residual scratches on the surface of the microcomputer control system, make the placement ofthe metal component more fixed and not easy to incline, effectively improve the processing precision of the metal surface, double the processing efficiency, continuously supply power for the equipment, improve the working efficiency of the equipment, apply different working conditions and bring better use prospect.

Description

technical field [0001] The invention relates to the field of surface treatment devices, in particular to an ultra-precision surface treatment device with high-efficiency metal processing. Background technique [0002] In the process of processing or transportation, the metal surface is easily oxidized, which will affect the strength of the metal surface and produce an oxide layer with uneven thickness. The surface of the metal will also absorb various oil stains and impurities. Oil stains and impurities are difficult to clean, and traditional chemical cleaning methods will cause harm to the environment. For severely oxidized metal surfaces, the oxide layer is thick, and chemical cleaning cannot be used directly, but it is better to perform mechanical treatment first. Usually surface-treated metal surfaces are highly reactive and more susceptible to recontamination by dust, moisture, etc. For this purpose, the treated metal surfaces should be glued as quickly as possible. ...

AI Technical Summary

Problems solved by technology

[0003] The existing surface treatment devices have certain disadvantages in use. First, after the microcomputer control system is pressed for a long time, the surface is prone to scratches, which affects the aesthetics of use. Secondly, the placement of metal parts is not stable enough. When the equipment vibrates Or when it is tilted, it seriously affects the processing accuracy of the parts. The processing accuracy of the traditional processing device is low, which reduces the yield rate of the processed parts. The traditional equipment only has one processing device, and the work efficiency is low. The continuous power supply for the equipment interrupts the operation of the equipment and brings certain adverse effects to the users. Therefore, we propose an ultra-precision surface treatment device with high-efficiency metal processing

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