Steel material management and leftover material navigation system using RF/IC tags.
■Improvement of inventory management accuracy and optimization of inventory. ・Improvement of inventory management accuracy and reduction of inventory ・Individual management of supplied materials and high-grade materials ・Significant reduction in inventory counting time and improvement in accuracy ■Effective utilization of leftover materials and improvement of yield rate ・Increase in yield and revenue through effective utilization of leftover materials ・Reduction of withdrawal time through management of leftover material locations ■Improvement of traceability and quality control ・Centralized management through data digitization of leftover material shapes ・Realization of accurate historical management of base materials, leftover materials, and product steel plate standards
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basic information
■Improvement of inventory management accuracy and optimization of inventory. ・Improvement of inventory management accuracy and reduction of inventory ・Individual management of supplied materials and high-grade materials ・Significant reduction in inventory counting time and improvement in accuracy ■Effective utilization of leftover materials and improvement of yield rate ・Increase in yield and revenue through effective utilization of leftover materials ・Reduction of withdrawal time through management of the location of leftover materials ■Improvement of traceability and quality management ・Centralized management through data digitization of leftover material shapes ・Realization of accurate historical management of base materials, leftover materials, and product steel plate standards
Applications/Examples of results
■Improvement of inventory management accuracy and optimization of inventory. ・Improvement of inventory management accuracy and reduction of inventory ・Individual management of supplied materials and high-grade materials ・Significant reduction in inventory counting time and improvement in accuracy ■Effective utilization of leftover materials and improvement of yield rate ・Increase in yield and revenue through effective utilization of leftover materials ・Reduction of withdrawal time through management of leftover material locations ■Improvement of traceability and quality management ・Centralized management through data digitization of leftover material shapes ・Realization of accurate historical management of base materials, leftover materials, and product steel plate standards
Detailed information
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Material Inventory Processing 1. Attach RF/IC tags to the materials. Choose between general-purpose tags and metal-compatible tags according to the application. 2. Read the RF/IC tags of the materials using a reader/writer to perform the inventory process. 3. The information of the steel plates read by the reader/writer will be linked to the KAP8030N database. By managing with RF/IC tags, the office can grasp the inventory status, yield, and history in real-time.
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Various management screens display the work status in different colors, making it easy to see the progress at a glance. Additionally, with the feedback on operational information (optional), the production volume of each cutting machine can also be managed in real-time.
Company information
Since its founding in 1918 (Taisho 7), Koike has served as an opinion leader in machine tools utilizing "gas energy," contributing to the development of key industries. During this time, in line with the progress of the era, we have developed cutting machines utilizing "plasma" and "laser" ahead of others, and have commercialized advanced automated systems using NC technology. At the same time, we have established a comprehensive total system to meet all customer needs, ranging from "gas, welding, and cutting to related equipment."
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