Bringing sustainability into additive manufacturing shouldn’t require reinventing your entire process. With Trifilon 3D materials, we make it easier to transition from conventional polymers to bio-based alternatives without compromising on performance.
We’ve developed our materials to work reliably across a wide range of printing conditions, while still allowing room for fine-tuning when needed. By combining practical engineering with close collaboration, we help our partners move quickly from concept to validated prints, whether it’s for prototyping or end-use parts.
We’ve developed our materials to work reliably across a wide range of printing conditions, while still allowing room for fine-tuning when needed. By combining practical engineering with close collaboration, we help our partners move quickly from concept to validated prints, whether it’s for prototyping or end-use parts.
Sustainable performance for additive manufacturing
Application Engineering
Trifilon 3D Materials
Trifilon R3D
Trifilon R3D brings recycled performance into additive manufacturing. Built on the Trifilon R material platform, it is designed for applications where reducing environmental impact goes hand in hand with maintaining consistent print quality. By integrating recycled content into a reliable 3D printing material, R3D supports more circular production without adding complexity to your workflow.
With stable print behavior, good layer adhesion, and balanced mechanical properties, R3D works well for both prototyping and functional parts. It enables a practical shift toward circular materials while still meeting the performance expectations of modern 3D printing applications.
With stable print behavior, good layer adhesion, and balanced mechanical properties, R3D works well for both prototyping and functional parts. It enables a practical shift toward circular materials while still meeting the performance expectations of modern 3D printing applications.
Trifilon S3D introduces bio-based materials to additive manufacturing in a practical and scalable way. Based on the
Trifilon S platform, it focuses on renewable inputs while delivering reliable printability across standard 3D printing setups. It’s a natural choice for applications where sustainability starts at the raw material level.
Combining consistent processing with the visual and tactile qualities of natural fibers, S3D allows designers and engineers to create parts that stand out both in performance and appearance. It offers a straightforward path toward reducing reliance on fossil-based plastics without disrupting existing production workflows.
Trifilon S platform, it focuses on renewable inputs while delivering reliable printability across standard 3D printing setups. It’s a natural choice for applications where sustainability starts at the raw material level.
Combining consistent processing with the visual and tactile qualities of natural fibers, S3D allows designers and engineers to create parts that stand out both in performance and appearance. It offers a straightforward path toward reducing reliance on fossil-based plastics without disrupting existing production workflows.
Trifilon S3D
Furniture
Decor & Lighting
Home & Garden
Trifilon 3D materials are well suited for planters, garden elements, and outdoor products where durability and aesthetics are equally important. Their natural fiber appearance creates an organic look while supporting a more sustainable material choice.
Beyond these examples, the materials can be adapted to a wide range of creative and functional products depending on design, performance, and sustainability requirements.
The unique texture and natural haptics of Trifilon materials make them ideal for decorative objects, vases, sculptures, and lighting applications.
From side tables and stools to custom display pieces, Trifilon materials enable the production of functional furniture with distinctive design freedom. Reliable printability and strong interlayer adhesion make them suitable for both prototypes and end-use products.
Application Examples
Whether you’re developing prototypes or producing functional components, Trifilon 3D materials offer a more sustainable path forward. They are designed to integrate seamlessly into existing workflows while supporting ambitious environmental goals.
If you’re exploring how to make your additive manufacturing more sustainable, we’re happy to share insights, materials, and guidance. And if your application requires something beyond our standard range, we can always explore tailored solutions together.
If you’re exploring how to make your additive manufacturing more sustainable, we’re happy to share insights, materials, and guidance. And if your application requires something beyond our standard range, we can always explore tailored solutions together.
Designed for the next generation of products
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Trifilon S
Industrial compostable and renewable material, made with biopolyester and natural fibers, offering a significant 70% CO₂ reduction compared to standard ABS, making it an ideal solution for manufacturers aiming for sustainability and reduced environmental impact.
Combines food-safe polypropylene with up to 35% natural fibers, offering a material that reduces CO₂ emissions by up to 60% compared to conventional polypropylene, making it an ideal choice for food contact and child-safe products.
Trifilon B
Trifilon R combines high-grade recycled polypropylene with natural fibers offering a material that reduces CO₂ emissions by up to 75% compared to standard polyolefins.
Trifilon R
In depth info on our other materials
