伊藤忠テクノソリューションズ List of News Articles

To solve the challenges in the production site, there are various methods for each issue. When designing a new line in the production site and quantitatively evaluating it, during the renovation of existing lines, when considering methods for controlling equipment operation, or when planning the arrangement of resources to facilitate worker movement, "simulation (discrete event simulation)" is used.

In today's business environment, technological advancements are constantly bringing about new transformations. In particular, "digital twins" are gaining attention as a core technology of digital transformation. This article will delve into the concept of digital twins and explain the specific ways they can be utilized.

In the modern manufacturing industry, designing the optimal factory layout is essential for improving productivity and operational efficiency. However, layout changes are often large-scale and costly, making frequent trial and error impractical. In contrast, by utilizing simulation technology, it is possible to conduct risk-free and efficient trial and error during the planning stage of the layout, allowing for quantitative assessments of productivity. This article will introduce methods for using simulation in the layout design of entire factory lines and equipment.

As the decline in the working-age population accelerates, the shortage of labor in logistics centers and warehouses has become a significant issue. In order to ensure business continuity in such circumstances, automation and labor-saving measures for workers are urgent challenges, and many logistics centers are introducing material handling equipment and robots. In particular, Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) for transporting goods are being actively utilized in many sites, effectively reducing the workload of workers and concentrating resources on tasks that require human involvement, such as packing and inspection. The efficient use of AGVs and AMRs will increasingly be demanded for labor-saving, improving operational efficiency, and enhancing the working environment. However, appropriate implementation and efficient operation require prior verification and optimization during operation.