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Arkema, a global leader in specialty materials, will join industry pioneers at Formnext 2025 to showcase its latest advancements in sustainable and high-performance solutions for additive manufacturing. From industrial production to healthcare and consumer goods, Arkema’s materials are engineered to meet the evolving needs of manufacturers across sectors. 
Frankfurt, Germany - November 18–21   - Hall 12.1, Booth C129 

With a comprehensive portfolio spanning UV-curable resins, thermoplastic powders, and pellets, Arkema empowers innovation across all major 3D printing technologies—including UV curing, powder bed fusion, and material extrusion. 

 

Orgasol®PA12: a game-changer for powder bed fusion 

Arkema will showcase Orgasol® PA12 powders, engineered for high-performance 3D printing, offering outstanding powder recyclability and superior surface quality. This innovative high-performance material for powder bed fusion technologies helps reduce material variable costs by up to 50%. On HP MJF technology, “HP 3D HR PA12S, enabled by Arkema” has been widely adopted by 3D users across the globe.  

 

Designing with purpose: Nomura  

Arkema and Poolp showcased a joint creation: Nomura, a sculptural coffee table that embodies responsible innovation, algorithmic artistry, and the potential of partially bio-based materials. Poolp’s robotic system printed directly with Rilsan® Clear transparent polyamide pellets, giving life to a form inspired by the fluidity of jellyfish tentacles. Nomura will be showcased at the Arkema booth at the Formnext 2025. Visit us to discover a piece that merges contemporary design with sustainable material science.  

Learn more on the full story of Nomura

Strategic partnerships driving industry transformation 

  • Axtra3D and Arkema have partnered to qualify N3xtDimension® flame-retardant and water-soluble resins on Axtra3D’s Lumia X1 Hi-Speed SLA printer. Axtra3D is an additive manufacturing company that delivers industrial-grade SLA solutions combining exceptional speed, precision, and surface quality. Their system uses Axtra3D’s Hybrid PhotoSynthesis (HPS) technology, which combines laser and DLP imaging for high-speed, high-precision printing. 
  • Carl ROTH, a German supplier of laboratory, life science, and industrial chemicals, has expanded its 3D printing portfolio and will now offer a range of Arkema’s N3xtDimension® custom resin formulations for low-VOC and energy-efficient UV curing. 
  • Arkema and Manifest Technologies have collaborated to produce high-performance, thermally stable components using Arkema’s N3xtDimension® high temperature resin on Manifest’s Parallax Volumetric Additive Manufacturing (P-VAM) Evaluation System. The partnership leverages Manifest’s layer-less, support-free 3D printing process and advanced simulation software to enable next-generation additive manufacturing solutions. 

 

Material innovation for safer, smarter manufacturing 

  • Arkema is driving innovation in safer, high-performance 3D printing with its N3xtDimension® flame-retardant resins[insert link]. These UV-curable materials are engineered for demanding applications in electronics, aerospace, and transportation, offering excellent flame resistance, mechanical performance, and surface quality. By combining safety and reliability with advanced formulation flexibility, Arkema enables manufacturers to produce components that meet rigorous industry standards without compromising on design or functionality.
  • Arkema is shaping the future of additive manufacturing with Sartomer® UV-curable urethane oligomers[insert link]. Our latest data helps you select the right formulation to achieve the perfect balance of mechanical performance, reactivity, and surface properties—from flexible, impact-resistant resins to rigid, water-resistant materials. 

Learn more Specialty Urethane Oligomers for 3D Printing

 

This video introduces N3xtDimension flame retardant resins, highlighting their innovative properties and applications. It explains how these resins are designed to enhance safety by reducing flammability in various materials. 
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