A vacuum coating intelligent manufacturing device for surface protection coating of optical glass

Abstract

The invention provides a vacuum coating intelligent manufacturing device for surface protective coating of optical glass, including an optical glass automatic feeding device, a hot plate heating spraying structure, a detection component, an inner ring submerged coating device and CCD detection, and an optical glass automatic feeding device , The X-Y manipulator places the optical glass hot plate to heat the spraying structure to ensure the coating time of each product and dry the coating powder. The detection component uses a non-contact probe to measure the rotational axial vibration deviation of the optical glass. The OK product flows down, and then, the servo presses into the inner ring to realize the inner ring sneaking into the coating device, and finally the CCD detects whether there is coating powder overflowing, and the manual or automatic operation realizes the process transfer; realizes intelligent operation or uninterrupted transfer operation with the production line, which is greatly improved Increased production efficiency.

Description

Technical field [0001] The present invention relates to an optical glass assembly production line assembly technique, and more particularly to a surface protective coating vacuum coating wishes for optical glass. Background technique [0002] Entering the 21st century, mechanical manufacturing technology develops in the direction of high efficiency, high precision, high reliability and dedication; in order to improve efficiency, processing accuracy, reliability and reduction cost to develop ultra-high cutting technology, Hard materials and difficult-processing materials are processed to develop high-performance tools and high-performance hard coatings; and many energy-saving reductions, protect the environment, reduce the "green manufacturing technology" of pollution, also inseparable from the development of high performance. The ion coating machine enables coating treatment to tools and part molds, so that it has excellent use performance, significantly improves the hardness, we...

AI Technical Summary

Problems solved by technology

Compared with ordinary ion plating coating machines, the multi-arc ion coating deposition rate is fast and the efficiency is high, but there are more large particles in the coating, and the coating is poor in compactness, which affects the performance of tools and workpieces

Especially for some finishing tools and workpieces, the surface of the coating is rough and the friction is high, which directly affects its service life, so the traditional ion coating cannot meet the coating requirements of such products

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