Highly Accurate. Delicate, Thin & Ultra Thin Parts
Fine Detail Resolution (FDR) technology is the only solution on the market that enables production of delicate parts without sacrificing quality. The one-of-a-kind laser has an ultra-fine beam half the size of standard SLS systems. Combined with PA 11, a remarkably flexible and lightweight polymer material, produces rigid parts with the finest high-detail resolution.
If you’re in the realm of manufacturing parts that demand unwavering precision and reliability, then EOS Fine Detail Resolution (FDR) Technology isn’t just an option; it’s an imperative. Let’s dissect the logical pillars that elevate this technology as the irrefutable choice for your manufacturing needs.
Unparalleled Quality and Flexibility: A Symphony of Precision
Quality isn’t a mere buzzword; it’s a solemn vow. EOS’s unique laser technology, coupled with the robust PA 11 material, ensures that your parts are dimensionally stable, light, and extraordinarily accurate. This isn’t a mere claim; it’s a guarantee fortified by rigorous testing and quality assurance protocols. The high-detail resolution allows for the creation of complex structures, tiny holes, and intricate detailing, setting a new standard in manufacturing excellence.
Material Mastery: The PA 1101 Advantage
The PA 1101 powder used in EOS’s technology ensures that the produced parts are not just dimensionally stable but also remarkably flexible. This material is immune to elevated ambient temperatures, making it ideal for live operation testing and expanding its application areas.
Cost-Effectiveness: A Calculated Investment
Why scatter resources on multiple systems when one can master it all? FDR technology allows for unparalleled customization at no additional integration cost. This isn’t just cost-saving; it’s a strategic investment that compounds over time.
Time Efficiency: The Clock is Ticking
In an industry where every second is a valuable asset, FDR technology is a game-changer. The parts are fully functional right after unpacking, eliminating the need for time-consuming post-processing. This accelerates your time-to-market, providing you an unassailable competitive edge.
Technical Prowess: Wall Thickness and Surface Quality
With a minimum wall thickness of up to 0.22 mm and ultra-smooth surfaces, FDR technology ensures extreme edge sharpness. These aren’t just numbers; they’re a testament to EOS’s commitment to excellence.
Adaptability: Future-Proof Your Operations
Change is the only constant, and FDR technology is your steadfast ally. Designed to be adaptable, it integrates seamlessly with emerging technologies, ensuring that today’s investment continues to yield dividends in an ever-evolving landscape.
Environmental Stewardship: The Carbon-Neutral Choice
Responsibility isn’t confined to the balance sheet. EOS’s biobased PA 1101 material offers a carbon-neutral version, allowing you to meet your sustainability goals without a shred of compromise on quality.
Applications: Versatility in Action
From filter units and fluid guides to electronic components, FDR technology opens up new vistas in application areas. It’s not just a product; it’s a versatile toolkit for your manufacturing challenges.
Conclusion: The Logical Choice is Clear
EOS Fine Detail Resolution (FDR) Technology offers a compelling array of logical advantages that make it the go-to solution for manufacturers who refuse to compromise. It’s not just a product; it’s a comprehensive, long-term solution for your manufacturing challenges.
The technology was developed to produce high-precision components to open entirely new product fields manufactured with plastics-based additive manufacturing. Applications range from filter units and fluid guides to electronic components.
The new technology combines the best of two worlds: the high detail resolution of stereolithography (SLA) and the durability and quality of powder-based industrial 3D printing (SLS).
Dr. Marco Nock | Senior Vice President Systems & Innovation | EOS GmbH
FORMIGA P 110 FDR – SLS Printer
In an industry where precision is non-negotiable, EOS’s industrial FDR SLS 3D printer now operates with an unparalleled fine laser beam, setting a new benchmark in reliability. This technological marvel empowers you to craft filigree components and achieve ultra-smooth surfaces, unlocking previously unattainable applications. Designed with both a compact footprint and cutting-edge, workflow-centric software, this system is a masterstroke in efficiency.
EOS’s laser beam, boasting a focus diameter that’s a mere half of what existing SLS technologies offer, delivers unprecedented precision. The result? Components with wall thicknesses as slender as 220 μm, setting a new industry standard.
When it comes to material, EOS have opted for the robust bio-based PA 11—a material renowned for its high impact resistance and elongation at break. For those committed to sustainability, a carbon-neutral variant is readily available.
But the innovation doesn’t stop there. Parts emerge from the printer fully functional, requiring zero post-processing time thanks to the ultra-fine laser’s ability to create impeccably smooth surfaces.
Want to learn more about the new FDR technology?
Ready to make the logical choice for your manufacturing future? Contact us today to discover how EOS Fine Detail Resolution (FDR) Technology can redefine your operational landscape.