日本技術情報センター Company Profile

The next generation of large metal 3D printers, which achieve remarkable improvements in shaping speed and low-cost, high-precision manufacturing, are being rapidly introduced to the market. These printers are being utilized in the production of large parts and large products in the aerospace, automotive, industrial machinery, plant, defense, and social infrastructure sectors, as well as in the repair of metal parts and molds, and reverse engineering. In this seminar, we will explain the short-time, low-cost, high-quality shaping technologies and key points, secrets, challenges, and specific application and manufacturing cases in large metal parts, mold parts, part repairs, and reverse engineering, as demonstrated by advanced users such as JFE Engineering, Fuji High Frequency Industry, and Sanko Gosei, who have been at the forefront of introducing large metal 3D printers. What large parts and large products can be shaped and manufactured with the latest large metal 3D printers? What are the characteristics of the metal AM technology, shaping size, quality, cost, and lead time? We will provide easy-to-understand lectures for those considering introduction and for beginners who are interested.

The next generation of large metal 3D printers, which achieve remarkable improvements in shaping speed and low-cost, high-precision manufacturing, is being rapidly introduced to the market. These printers are being utilized in the production of large parts and large products in fields such as aerospace, automotive, industrial machinery, heat exchangers, plants, defense, and social infrastructure, as well as in the repair of metal parts and molds, and reverse engineering. In this seminar, we will first explain the trends in product commercialization, device overview and features, and shaping technologies at Nidec Machine Tool, which boasts numerous delivery achievements of large metal 3D printers, along with case studies of their applications in large parts for aerospace and mold repairs. Following that, we will discuss the short-time, low-cost, high-quality shaping technologies and specific application and manufacturing examples from advanced users such as JFE Engineering, Light Manufacturing, and Sanko Gosei, who were pioneers in introducing large metal 3D printers. We will share both success and failure stories. What kinds of large parts and large products can be shaped and manufactured with recent large metal 3D printers? What are the characteristics of the metal AM technology, shaping sizes, quality, costs, and lead times? We will provide an easy-to-understand lecture for those considering introduction and for beginners who are interested.

The next generation of large metal 3D printers, which achieve remarkable improvements in shaping speed and low-cost, high-precision manufacturing, are being rapidly introduced to the market. These printers are being utilized in the production of large parts and large products in fields such as aerospace, automotive, industrial machinery, heat exchangers, plants, defense, and social infrastructure, as well as in the repair of metal parts and molds, and reverse engineering. In this seminar, we will explain the short-time, low-cost, high-quality shaping technologies and specific applications and manufacturing examples in large metal parts, mold parts, part repairs, and reverse engineering from advanced users such as JFE Engineering, Light Manufacturing, and Sanko Gosei, who have introduced large metal 3D printers ahead of others, sharing both success and failure stories. What kinds of large parts and large products can be shaped and manufactured with recent large metal 3D printers? What are the metal AM technologies and challenges, as well as the shaping size, quality, cost, and lead time? We will provide an easy-to-understand lecture for those considering introduction, beginners with interest, and those who have recently started working in this field.