Polished section air-drying system

Abstract

The invention relates to the technical field of optoelectronic material processing, in particular to a polished section air-drying system. The polished section air-drying system comprises a base, anda housing and the base are in buckled connection to form a closed operation space. An operation table is arranged above the base, and a first through hole extending in the vertical direction is formedin the operation table. A section carrying table board is arranged on the upper surface of the operation table, and the section carrying table board is of a zigzag structure. A second through hole extending in the vertical direction is formed in the section carrying table board. A plurality of thermolamp sources and a plurality of exhaust fans are arranged above the section carrying table board.An air inlet hole is formed in a top plate of the housing. A filtering device is mounted on the top face of the housing. The air outlet end of the filtering device communicates with the air inlet holethrough a pipeline. The polished section air-drying system is reasonable and ingenious in product structure, the exhaust fans and the thermolamp sources are arranged in the housing, and in cooperation with the section carrying table board, the operation table and corresponding structures arranged on the base, efficient and thorough drying of a polished section can be achieved.

Description

technical field [0001] The invention relates to the technical field of optoelectronic material processing, in particular to a polishing sheet air-drying system. Background technique [0002] Optoelectronic material processing generally includes cutting-slicing-beveling-grinding-polishing. After polishing, a polished sheet is formed. After cleaning, drying, and surface inspection, the polished sheet is put into a slide box and sealed and packaged for subsequent processing into required functional materials. In order to obtain high-performance functional materials, the surface quality of the polished sheet is very high, and the drying process of the polished sheet after cleaning and before packaging plays a vital role. In the prior art, a spin dryer or a drying box is used to dry the polishing sheet, which has the problem of incomplete drying. If the polishing sheet is not completely dried and directly sealed and packaged, the cleaning solution remaining on the surface of th...

AI Technical Summary

Problems solved by technology

In the prior art, the polishing sheet is dried by using a spin dryer or a drying box, which has the problem of incomplete drying

If the polishing sheet is not completely dried and directly sealed and packaged, the cleaning solution remaining on the surface of the polishing sheet or the water vapor and mist formed due to the inability to volatilize in time will corrode or deliquesce the surface of the polishing sheet, which will directly affect the subsequent processing quality of the polishing sheet

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