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Non standard automation manufacturer assembly and testing technology
Non standard automated assembly and testing technology is an important means of transforming traditional industries with high-tech, improving product quality, ensuring product quality stability, reducing labor intensity for workers, improving production efficiency, enhancing market competitiveness of enterprises, and shaping a good image for enterprises.
Non standard automation equipment manufacturers design and develop various automated assembly and testing production line systems with modern information technology as the core, integrating modern logistics technology, computer artificial intelligence technology, sensor technology, modern control theory and methods, etc. They are widely used in electronics, electronics, machinery, automobiles, and other high-tech industries. The automated assembly and testing system of Mingcheng Manufacturing comprehensively considers factors such as overall layout, logistics, equipment, performance, and pace. It adopts standardized and modular design, selects various assembly robots and robotic arms, and realizes the automation of assembly processes such as automatic feeding of parts, automatic rolling brush assembly, online automatic detection, automatic marking, and automatic packaging. It uses computer network communication, online monitoring, data management, and other functions to achieve and manage the automation of the process. The automatic production and monitoring system is practical, reliable, economical and progressiveness.

The company can provide customers with various turnkey automation system projects (including software and hardware development, equipment manufacturing, system integration, installation, debugging, training, and other comprehensive solutions). Linhai Mingjia Automation Equipment Co., Ltd. is a manufacturer specializing in customized non-standard automation.
Assembly is also crucial for non-standard machinery and automation equipment. It is not a simple assembly process. To complete debugging, a qualified assembly engineer must have a long service life for the same type of equipment. This requires not only practical experience, but also a thorough understanding and application of the operating trajectory of equipment components, fit tolerances, material properties, etc. The key is to be careful, adept at identifying problems, and providing feedback to the design team to analyze and solve them together. The assembly engineer I understand is no longer the fitter that the elders of the previous generation said. Non standard assembly fitters should also have solid theoretical knowledge, rich assembly experience, as well as process tracking and quality inspection of parts processing technology, in order to effectively assist engineers in completing a successful set of tasks.