Final assembly is a process in which various parts and components are assembled and debugged into final products according to technical requirements during product manufacturing. Digital assembly, is the use of the new generation of information technology for product assembly process, is to promote the workshop automation, intelligent development, as well as the realization of digital factory important component.
In the context of intelligent manufacturing, the manufacturing industry is transforming to the direction of intelligence, using a variety of industrial software to control a variety of automation equipment, can achieve automated production. But these devices are independent, data flow between each other is difficult, can not realize the entire workshop fully automated production, and then can not realize intelligent manufacturing. Unified monitoring and management of all industrial software and equipment in the workshop, and summary and analysis of all data are the premise of fully automated production. Digital final assembly is to realize complete automation in the final assembly link.
In the electronic industry, the product production process mainly includes design, processing, final assembly, debugging and other processes. After the completion of the previous link, the final assembly is to assemble various electronic components into electronic products. The traditional process of quality control is difficult to meet the production needs of high-end electronic products, digital final assembly can solve this problem, thus shortening the production cycle of electronic products. Reduce production costs and improve product quality.
Automobile industry is an important downstream market of digital final assembly. Automobile manufacturing process mainly includes stamping, welding, painting, final assembly of four important links, the final assembly will be all auto parts assembly, the final manufacturing of automotive products, its high work intensity, work pressure. The use of digital assembly for unified monitoring and management of all equipment, analysis of the generated data, prediction of possible failures and timely intervention, and optimization of assembly process, can greatly improve the efficiency of vehicle assembly, achieve cost reduction and efficiency.
Digital final assembly penetration rate is expected to continue to improve in the future. Therefore, the future development of digital assembly industry has great prospects.
