Press Releases
For inquiries regarding SDS and various chemical substance investigations, please make your request through your purchasing route, such as via a trading company.
We appreciate your understanding and cooperation.
PRESS RELEASE
2023.10.19
Press Releases
Asahi Kasei has started sales for 3D printing (3DP) filaments in North America through Asahi Kasei Plastics North America, Inc. (APNA). The soft launch will begin with filaments from the modified polyphenylene ether (mPPE) resin product line XYRON™ then expand to the Thermylene™ polypropylene (PP) group.
Asahi Kasei's filament business and design and simulation support services for 3D printing
“Asahi Kasei has a proven history of being a resin and compounding technology leader,” states Todd Glogovsky, President and Chief Operating Officer at APNA. “3D printing is a rapidly growing field, and we have the people and skillset to develop, enhance, and exceed the needs of hobbyists and OEMs alike.”
APNA plans to advance two business initiatives targeted at the 3DP sector to show customers versatility and long-term commitment. The first goal is to deliver success through filament sales in the North American market and then expand globally. This will be started through trialing XYRON™, which features properties such as printability (lower warpage, high dimensional stability), heat resistance, electrical insulation and impact strength. After XYRON™, the next filament launch will use Thermylene™, providing high tensile strength, chemical resistance, creep resistance, and elevated temperature performance. The second goal will be focused on customer support with advanced resources through computer-aided engineering (CAE).
Filament for XYRON™ 3DP
Battery cell holder molded product using XYRON™ 3DP filament
“This is a great opportunity to grow the usage of our award-winning product portfolio for new markets and application spaces,” states Nihir Bhuva, Strategic Business Director for APNA. “Besides having industry expertise, we plan to provide our partners with design and simulation services through CAE. This will help show our commitment to growth from proof-of-concept to the execution stage”. Asahi Kasei already provides comprehensive support for designing and developing customer products using CAE technical services for engineering plastics products. APNA's well-established CAE services have now been comfortably expanded to 3DP to provide additional support for filament products and their usage.
Asahi Kasei Corporate Venture Capital (CVC) invested in CASTOR Technologies Ltd., an Israeli startup specializing in 3DP technologies, to expand CAE offerings in May 2023. Through this investment, Asahi Kasei is developing a unique 3D printing software that allows the organization to tailor their approach to the specific needs of consumers. With CASTOR, Asahi Kasei is conducting proof-of-concept techniques to expand services, including automation of advanced simulations.
Position of CASTOR’s service and Asahi Kasei’s service in the parts manufacturing flow
“We will continue providing superior quality and reliability to customers, and with CASTOR, we will drive more excellence through our CAE services,” states Glogovsky. “This is an exciting time to dive into a new industry and show why we are industry leaders through the success of our partnerships.”
*13DP用フィラメント:リールに巻き付けられた糸状の材料。通常のプリンターにおけるインクのような役割を果たす。熱可塑性樹脂であり、加熱すると柔らかくなり冷えると固まる特性を持っている。
*2参考文献:「CONTEXT, AM and 3D Printing 2023」
*3CAE:製品設計あるいはその前段階において、コンピューターを使ってその妥当性を検討するための手助けをする技術
*4 2023年5月16日リリース:https://www.asahi-kasei-plastics.com/topics/press_14/
■For more information on 3DP filaments, click here (English)
https://www.asahi-kasei-plastics.com/products/3dpfilament/
We welcome your questions, inquiries, and sample requests regarding Asahi Kasei 's 3DP.
Please feel free to contact us with any questions about our products or technologies or to request samples.
We will introduce Asahi Kasei 's engineering plastic products and technologies in more detail.
We regularly deliver product and industry information to help you gather information.