Intelligent manufacturing system for all-optical-fiber three-dimensional laser engraving antennas

Abstract

The invention discloses an intelligent manufacturing system for all-optical-fiber three-dimensional laser engraving antennas. The intelligent manufacturing system comprises an intelligent manufacturing system body, a computer-aided engineering system, a production process control and management system and a management information system; the intelligent manufacturing system body is used for manufacturing the all-optical-fiber three-dimensional laser engraving antennas, then the computer-aided engineering system is adopted for operation, and the production process control and management systemand the management information system manage intelligent manufacturing of the all-optical-fiber three-dimensional laser engraving antennas; a controller of the intelligent manufacturing system body controls a light laser cutter and a beam expander to conduct film coating on the surface layers of plastic products, then an infrared sensor senses the products, finally, the surface layers of the plastic products are polished by a polisher, plastic film coating is analyzed, designed and calculated with an internet as a support and through CAD, analytical calculation, NC programming, CAPP and mold design in the computer-aided engineering system, and the qualification rate of finished products is increased.

Description

technical field [0001] The invention relates to the technical field of manufacturing systems, in particular to an intelligent manufacturing system for an all-fiber three-dimensional laser engraving antenna. Background technique [0002] A manufacturing system refers to a physical organizational system constructed to achieve predetermined manufacturing purposes, and is an organic whole with specific functions composed of manufacturing processes, hardware, software, and related personnel. The manufacturing process includes product market analysis, design and development, process planning, processing and manufacturing, and control management; its hardware includes plant facilities, production equipment, tool materials, energy, and various auxiliary devices; its software includes various manufacturing theories. Technology, manufacturing process, control technology, measurement technology, and manufacturing information, etc.; relevant personnel refer to those who are engaged in o...

AI Technical Summary

Problems solved by technology

The manufacturing process includes product market analysis, design and development, process planning, processing and manufacturing, and control management; its hardware includes plant facilities, production equipment, tool materials, energy, and various auxiliary devices; its software includes various manufacturing theories. Technology, manufacturing process, control technology, measurement technology, and manufacturing information, etc.; relevant personnel refer to those who are engaged in operations such as material preparation, information flow monitoring, and decision-making and scheduling of the manufacturing process. The traditional chemical plating method of engineering plastics is first Chemical roughening and sensitization are required to make the surface of the material copper-plated, nickel-plated, etc., and selective electroless plating in specified areas cannot be performed

If regional electroless plating can be performed on the surface of engineering plastics, a conductive path can be formed to achieve electrical properties such as wires, but traditional electroless plating methods cannot achieve this design, which restricts the implementation of many solutions

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