{"id":193666,"date":"2021-08-21T00:00:00","date_gmt":"2021-08-21T00:00:00","guid":{"rendered":"https:\/\/facfox.com\/news\/nippon-seiki-acquires-two-m2-systems-from-ge-additive-3d-printer-hardware\/"},"modified":"2021-08-21T00:00:00","modified_gmt":"2021-08-21T00:00:00","slug":"nippon-seiki-acquires-two-m2-systems-from-ge-additive-3d-printer-hardware","status":"publish","type":"post","link":"https:\/\/facfox.com\/news\/nippon-seiki-acquires-two-m2-systems-from-ge-additive-3d-printer-hardware\/","title":{"rendered":"Nippon Seiki acquires two M2 systems from GE Additive 3D Printer Hardware"},"content":{"rendered":"

Nippon Seiki, a die-casting mold maker, will start<\/a> making molds using metal 3D printers. The company introduced two M2 metal 3D printers from GE Additive in July and did so specifically to leverage the new SKD61 steel equivalent material recently developed for 3D printing<\/a> by Mitsubishi. This material expanded the possible areas of application<\/a> for mold-making, which is Nippon Seiki\u2019s core business. The Japanese company now intends to become a source of information on metal 3D printer technology and change the mold-making industry.<\/p>\n

Masato Matsubara, Managing Director <\/p>\n

The two M2 cusing SL Series 4 metal 3D printers from GE Additive have been introduced to Touring Innovation (Moriyama-ku, Aichi Prefecture), which is the company\u2019s manufacturing subsidiary handling trade and mold consulting. In addition, the company invested more than 300 million JPY (almost $3 million USD) on machines including a 5-axis machining center (MC), 3-axis MC, and heat treatment furnace for post-processing.<\/p>\n

In the past, some customers had metal 3D printed insert part<\/a>s made and the company had turned to external service providers since they did not have the equipment in-house. \u201cThe need for insert part<\/a>s using metal 3D printers is increasing, and I felt it was necessary eventually,\u201d said Masato Matsubara, Managing Director.<\/p>\n

The opportunity for full-scale entry was that it became possible to model with materials equivalent to SKD61. Matsubara said, \u201cMaraging steel has been common until now, but I felt that the range of application<\/a>s not only for insert part<\/a>s but also for mold making would expand if it was equivalent to SKD61.\u201d<\/p>\n

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Touring Innovation (Moriyama-ku, Aichi Prefecture), which is the company\u2019s manufacturing subsidiary handling trade and mold consulting and will host the two metal AM systems from GE. <\/p>\n

After hearing about SKD61 equivalent materials in mid-February, Nippon Seiki decided to install equipment in April. \u201cThere is no doubt that a metal 3D printer will be needed to make molds. At that time, it is not interesting to be a latecomer. It is necessary to accumulate know-how ahead of other companies,\u201d he said.<\/p>\n

The metal 3D printers introduced this time are intended to be used specifically in the modeling of SKD61 equivalent materials and will start<\/a> with the modeling of insert part<\/a>s. The reason is \u201c[when dealing with multiple materials] it takes too much time to replace the powder, and we are proposing to replace maraging steel with SKD61 equivalent material.\u201d<\/p>\n

The initial aim is not to make the final part<\/a>s themselves, but to strengthen the proposals to the design area and to lead to structural changes in the industry. Matsubara said, \u201cThe most important area in mold making today is the design area. If the adoption of part<\/a>s made with metal 3D printers becomes widespread, it will be necessary to review the design of the entire mold. If it can be integrated with mold technology, we can propose it to the design area. In addition, it is necessary to handle not only design but also processing, heat treatment, and analysis in total.\u201d<\/p>\n

Story via Kanagata Shinbun<\/p>\n

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* This article is reprinted from 3D Printing Media Network<\/a>. If you are involved in infringement, please contact us to delete it.<\/p>\n

<\/i> Author: Federico Sher<\/p>\n","protected":false},"excerpt":{"rendered":"

Nippon Seiki, a die-casting mold maker, will start making molds using metal 3D printers. The company introduced two M2 metal 3D printers from GE Additive in July and did so specifically to leverage the new SKD61 steel equivalent material recently developed for 3D printing by Mitsubishi. This material expanded the possible areas of application for mold-making, which is Nippon Seiki\u2019s core business. 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