Analysis and improvement of the manufacturing processes of electronic products necessary for the automotive

Electronic products are found today in almost every field, their development being based on electronic packaging. It includes a wide variety of techniques and technologies for the conception, design and testing of electronic modules. But production delays could cause significant problems for companies leading to the loss of customers. These delays can accumulate as a result of insufficient planning of material resources, as well as manufacturing processes not adapted to market requirements. Being an open economic system, the planning of the production process goes in two directions, namely, the internal planning in which the manufacturing tasks are realized at the level of each contractor and the external planning in which the terms and conditions of the auxiliary equipment are established with the suppliers. In this study, we propose the optimization of an automated SMD (Surface Mount Device) assembly line by implementing a two-roll splicing system, called SPLICE, with the aim of reducing the total production time. And at the same time, since the production process is not a constant one, there are certain blockages in the process, we aim to discover and reduce these obstructions within this assembly line.