At Brinter AM, we are proud to play an integral role in the VITAL project—a groundbreaking European initiative aimed at revolutionizing foamed thermoplastic processing. By contributing our advanced additive manufacturing expertise, we are helping to drive the transition toward a sustainable, circular economy based on bio-based thermoplastics.
About the VITAL Project
VITAL is set to overcome critical limitations in foamed thermoplastic processing by developing innovative, high-efficiency, low-cost solutions. The project focuses on three key processing value chains:
- 3D Printing Process Based on Granulated Feedstocks: Enabling a flexible and sustainable approach to material processing.
- Bead Foaming Process: Optimizing material use for enhanced performance.
- Foam Injection Moulding (FIM) Process: Integrating advanced digital control techniques such as Digital Twin simulations and AI-driven optimization.
By generating fundamental knowledge and practical solutions, VITAL aims to create commercially viable “Sustainable by Design” approaches that will benefit the entire polymer processing sector, supporting a paradigm shift toward cleaner, climate-neutral industrial value chains.
Brinter AM’s Contribution
Advanced 3D Printing for Sustainable Processing
Brinter AM’s expertise in advanced additive manufacturing is perfectly aligned with VITAL’s vision. Our modular 3D printing systems—engineered for processing a wide range of materials including granulated thermoplastics—serve as a critical component in the project’s 3D printing value chain. Our technology supports:
- High Efficiency & Low-Cost Production: Leveraging space-grade innovations to deliver reliable and scalable manufacturing.
- Digital Optimization: Utilizing Digital Twin models and AI-driven process control to ensure precision, reproducibility, and quality in every print.
Driving a Circular Economy
Our contributions extend beyond technology development. By integrating our state-of-the-art 3D printing processes into the VITAL framework, we are:
- Enabling Closed-Loop Recycling: Helping to establish commercially viable mechanical recycling processes tailored for bio-based thermoplastics.
- Supporting Sustainable Innovation: Collaborating with a diverse consortium of 14 partners across 7 countries to generate actionable knowledge that will drive the industry forward.
A Collaborative Vision for a Sustainable Future
The VITAL project’s ambitious objectives resonate with our commitment to transforming industrial manufacturing. With a project budget of over €5.6 million and involvement in 7 distinct use cases, VITAL is positioned to set new standards for sustainable thermoplastic processing. At Brinter AM, we are excited to contribute our advanced digital control and multi-material printing capabilities to help unlock the full potential of bio-based alternatives.
Together with our partners, we are taking significant steps toward creating a more sustainable and climate-neutral future—one where innovative manufacturing processes not only meet today’s demands but also safeguard tomorrow’s environment.
Stay Connected
We invite you to learn more about our role in the VITAL project and explore how our advanced additive manufacturing solutions are driving sustainable innovation. For more information or partnership inquiries, please contact us at: contact@brinter.com
Stay updated on our latest news and advancements by following us on social media https://www.linkedin.com/company/brinter-am-technologies/
Brinter AM is committed to redefining the future of manufacturing. Join us on this transformative journey as we harness technology to create sustainable, high-performance solutions for a cleaner, climate-neutral world.
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