Metal additive manufacturing has transformed how parts are designed and produced. But many of the material supply chains supporting it remain dependent on virgin mining, globally concentrated extraction, and increasingly volatile sourcing conditions.
The Circular Manufacturing Playbook for Metal Additive Manufacturing explores how reclaimed metal feedstock is emerging as a viable, performance-validated alternative for advanced manufacturing applications.
Inside the playbook, you’ll learn how circular manufacturing can help manufacturers reduce supply chain exposure, improve material efficiency, and maintain additive manufacturing performance through controlled melt-to-powder processing and rigorous validation.
What You’ll Learn
- Why traditional metal powder supply chains are increasingly exposed to risk
- How circular manufacturing transforms scrap into specification-grade feedstock
- The fundamentals of powder flow and recoating performance
- Key findings from independent Rice University benchmarking of reclaimed M247 superalloy powder
- How reclaimed feedstock performed against conventionally sourced stainless AM powders
- The operational implications for binder jetting and powder bed fusion systems
- Why material strategy is becoming a critical part of manufacturing resilience
Independent Validation. Real Manufacturing Implications.
The playbook includes independent rheological benchmarking conducted by the Rice University Particle Flow & Tribology Laboratory, evaluating reclaimed M247LC powder against commonly used additive manufacturing materials.
Download the Playbook
Key findings highlighted in the study include:
- Low compressibility and stable powder packing behavior
- Strong flow stability across varying shear conditions
- Improved Additive Manufacturing Suitability (AMS) performance
- Equal or superior recoating behavior relative to conventionally sourced stainless powders
Why It Matters
Advanced manufacturers are increasingly being asked to balance:
- Supply chain resilience
- Carbon accountability
- Material performance
- Cost stability
Circular manufacturing offers a pathway that aligns all four.
This playbook explores how reclaimed superalloy feedstock, when processed under controlled conditions and validated through independent testing, can support production-scale additive manufacturing without compromising performance.
Download the Playbook to learn how circular manufacturing is evolving from a sustainability concept into a performance-validated supply strategy for advanced manufacturing.