Utilizing my experience in system development in the steel industry, I will build high-performance, low-cost computer systems.
- Features - Since we develop middleware and packages in-house, we can efficiently develop high-quality systems that apply standardization and modularization tools. We can also flexibly accommodate customizations according to needs. Changes due to hardware and OS upgrades are absorbed by the middleware, making it easy to transition existing assets during system updates. This allows for reduced construction periods, cost savings, and quality assurance during system updates. - Development and Design - The consolidation and integration of diverse information in logistics and manufacturing, automation of production lines, labor-saving, reduction of manufacturing costs, and improvement of quality are increasingly important for computer systems. With rich experience in engineering and system development cultivated in the steel industry, we build high-function, low-cost systems that are also adapted to the latest IT technologies. - Production and Construction - We propose systems that apply our own middleware and packages to accommodate various scenes. We develop high-quality and efficient systems ranging from large and medium-sized process control, production management, and quality management systems using Linux, to computer systems for parking management, parts management, and monitoring systems using Windows. We also support updates for PC98 through emulators.
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basic information
- Product Overview - MIDDLESTAR is a control middleware that operates on general-purpose computers and servers using a stable Linux OS, facilitating the development of process control systems that require advanced functions and performance. - Applications - In addition to process control systems in the steel industry, such as blast furnaces, hot rolling, and cold rolling, it can also be applied to manufacturing management systems in aluminum and paper mills, production management systems for small to medium-sized manufacturers, logistics systems such as automated warehouses and inventory management, sensor data collection, and communication servers with other systems. - Features - - High responsiveness for real-time control - Reliability that withstands continuous operation 24/7, 365 days a year - Diverse HMI functions using VB, CGI, and JAVA - Rich communication capabilities enabling inter-device connectivity - Test support functions that ensure improved development efficiency and reliability - Distributed functionality applicable to large-scale systems - Development support functions aimed at improving testing efficiency and quality
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Applications/Examples of results
- Applications - In addition to process control systems for blast furnaces, hot rolling, and cold rolling in the steel industry, it is also applicable to manufacturing management systems for aluminum and paper mills, production management systems for small and medium-sized manufacturers, logistics systems such as automated warehouses and inventory management, sensor data collection, and communication servers with other systems.
Company information
JFE Plant Engineering is a comprehensive engineering company specializing in machinery and electrical control. We engage in the development, design, manufacturing, construction, and maintenance of mechanical equipment and electrical control systems for plants and various buildings. Established in April 2016 through the merger of JFE Mechanical Corporation and JFE Electric Control Corporation, our company aims to leverage the technology and achievements we have cultivated in the steelmaking sector and various other industries, demonstrating our comprehensive capabilities in machinery and electricity. We will not remain complacent but will strive to reach new heights and challenge new worlds.
