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Stratasys Releases New FDM and P3 Platform Updates
Latest advancements, including bigger spools and a new material dryer can bring up to a 50 percent reduction in yearly labour hours for F900 users.
www.stratasys.com
Stratasys announced the latest updates to its FDM® Fused Deposition Modeling and P3™ Programmable PhotoPolymerization product portfolios.
The FDM platform updates include release of the Fortus FDC™ filament drying cabinet, a new validated FDM® PC-ESD material for the Fortus® 450mc and F900® printers, and an expanded layer height option for Ultem™ 9085 resin, in new Red and Aircraft Gray colors. Stratasys is also adding new materials to its Origin® P3™ platform.
With applications that will support multiple industries, such as aerospace, automotive, and general manufacturing segments, the Fortus FDC cabinet is a state-of-the-art material delivery and drying system designed to hold two Xtend™ 250 Fortus Plus (250 ci) spools, boosting the uptime of the F900 printer by up to 2.7 times. This cabinet allows for uninterrupted, extended print operations, eliminates moisture-related defects, and reduces downtime for customers operating large-scale manufacturing setups.
Stratasys also launched a new FDM® PC-ESD material for Fortus systems, specifically tailored for applications requiring electrostatic discharge protection. This high-performance material meets the demands of tools, jigs, fixtures, and assembly aids, ensuring greater safety for handling sensitive electronic components.
New and updated materials were also showcased at Formnext. The expansion of its Ultem™ 9085 layer thickness for Red and Aircraft Gray colors, enables faster printing speeds for these validated materials, which are ideal for high-performance applications in demanding environments.
In addition, Stratasys is bringing more than 30 additional materials to its Origin P3 resin platform, including a new validated material, the new Ultracur3D RG 3280 by Forward AM, a ceramic-filled material for injection molding tooling. The more than 30 high-performance materials added to the Open Materials list can support additive manufacturing in end-use applications such as automotive components, earbuds, casting, and gas/liquid flow adapters. These additions strengthen the Origin P3 system platform for production AM, capable of printing with accuracy, precision and surface finish that can match injection molding levels.
