In the automatic production of electronic products, the horizontal jointing machine production line is a process flow, in the assembly line, each operator must complete the specified operation content within the specified time, the operation of the time for the flow rhythm. Today, we will specifically introduce the automatic production line operation of electronic products in the production of convenient for everyone to understand. We know that in the automatic production line operation of electronic products, the automatic interconnector machine is divided into several modules according to the production process of an electronic machine, according to a certain transmission mode (operation sequence) for preparation, assembly, debugging, inspection, etc., in the specified time to produce a machine. On the assembly line, each operator must complete the specified operation content within the specified time, and the time operated is the flow beat. It is the basis for process technicians to divide the operation task of each station (in a flow beat) according to the proportion of the output and working time of the product on the production line every day. Assembly line operation is characterized by a certain mandatory and binding force, its work content is simple, repetitive, simple action, easy to remember, can reduce errors, can improve efficiency, to ensure the quality of products. According to the production beat is divided into three ways: completely free beat, forced beat, relative beat. In the design of automatic production lines for electronic products, including plant design, production layout and power system design, the following factors should be considered: 1) the total investment is the primary consideration, and the other factors play a restricting role. 2) The degree of automation marks the level of the production line. High degree of automation can save manpower, improve output and ensure product quality. 3) Environmental conditions for the construction of production lines, including plant area, shape and geographical location. 4) Energy conditions such as power supply and gas supply. 5) The production line is to serve the product process, it must first meet the product process and material process requirements, and on this premise to expand adaptability, increase versatility. 6) Basic design data such as time, height and width of production beats. 7) Quality of workers. No matter whether the performance of the equipment is advanced or not, in the final analysis, it depends on people to operate. 8) Environmental pollution and control that may occur in the production process. In addition, factors such as technical strength, management level, fire prevention and theft, processing and installation, product transfer, lifting and transportation, and warehouse conditions should also be considered.
