Research on Design and Application of Automatic Production Line for Mechanical Components

Abstract

In order to meet the requirements of automatic processing for mechanical components manufacturing enterprises, the paper describes a design method of automatic production line. Firstly, the paper made the overall design of the automatic production line, takt time is calculated according to the annual production demand, and the analysis of device configuration and position layout of the production line was carried out based on the annual production requirement. Secondly, the paper selects types of CNC machines and industrial robots, and design structural of the silo, the temporary storage platform, the conveyor belt, the fuel injection and water removal. 3D model of each component and space layout of the production line are drawn by Solidworks software. Thirdly, the process flow of automatic production line was designed, and the CNC intelligent management system was developed to meet the requirements, which can monitor the process information such as takt time. Test is carried out after establishment of automatic production line, the test run finally shows that the automatic production line works stably and can meet the requirements of enterprise.

Optimization and Design of General Machinery Production Line Management Process Based on Intelligent Computing Model

“…The literature introduces the replacement of rigid production line with flexible box [19]: production line balance analysis using genetic algorithm [20]. The literature introduces the design and application research of automatic production line of mechanical parts [21] and the application of position weight ranking method in spring production line balance [22]. The optimization and design method of general mechanical production line management flow [23,24] based on intelligent computing model proposed in this paper can improve the tradi-tional production mode and improve the working efficiency of the production line, and the intelligent method can realize the optimal method and the global optimal scheme in the global design.…”