Our Technology
Innovation at Every Step —
From Feedstock to Final Powder
Continuum Powders combines advanced plasma atomization, flexible feedstock processing, and material engineering expertise to produce premium metal powders for both scalable production and specialty alloy innovation.
Using our proprietary Greyhound Melt-to-Powder (M2P) platform, we transform high-value virgin and reclaimed metal feedstocks into high-performance powders designed for the evolving demands of additive manufacturing and next-generation industrial applications.
This approach helps manufacturers improve supply chain resilience, increase circularity, accelerate material development, and maintain uncompromising quality.
The Greyhound Melt to Powder (M2P) Platform
Advanced Powder Reclamation Technology
The core of Continuum Powders’ technology is the Greyhound, our proprietary Melt-to-Powder(M2P) plasma-based atomization platform, engineered for advanced manufacturing applications.
Unlike traditional powder production methods that rely on multiple remelting and processing stages, Greyhound M2P converts high-value metal feedstocks directly into premium atomized powder in a tightly controlled, highly efficient process.
The platform is designed to support both high-volume powder production and agile specialty alloy development, giving manufacturers greater flexibility in how materials are sourced, developed, and scaled.
Explore the Greyhound M2P System Like Never Before
This fully interactive 3D model lets you zoom, rotate, and take a closer look at the technology powering our melt-to-powder process. See how Continuum is redefining powder production—take it for a spin and discover the future of sustainable, high-performance alloys.
Full-Service Powder Management
Flexible Feedstock Capability
The Greyhound M2P supports both virgin and reclaimed metal feedstocks, allowing manufacturers to balance performance, sustainability, and supply chain strategy.
Multi-Alloy Flexibility
Your content goes here. Edit or remove this text inline or in the module Content settings. You can also style every aspect of this content in the module Design settings and even apply custom CSS to this text in the module Advanced settings.
Advanced Plasma Atomization
Using a high-energy DC plasma heat source and tightly controlled atomization parameters, Greyhound M2P produces highly spherical powders with strong consistency, flowability, and particle size control.
Built for Circular Manufacturing
Continuum’s technology enables manufacturers to reclaim value from high-grade material streams while supporting more resilient and circular manufacturing ecosystems.
Powder Lifecycle Management
Continuum Powders supports manufacturers beyond initial powder production through integrated powder lifecycle management solutions.
From excess inventory and non-yield powder to failed builds and production scrap, our approach helps customers recover value from material streams that are traditionally discarded or downgraded.
By combining reclamation, reprocessing, analytical testing, and atomization capabilities under one operational framework, Continuum helps customers reduce waste, improve material utilization, and strengthen long-term supply chain continuity.
This closed-loop approach is especially valuable for manufacturers working with high-value superalloys, titanium, cobalt chrome, and other strategically important materials.
Advanced Metal Reclamation
Continuum Powders was built around the idea that high-value metals should not exit the manufacturing ecosystem after a single use cycle.
Our reclamation capabilities are designed to recover certified aerospace, energy, medical, and industrial alloys from a wide range of material streams and convert them back into premium manufacturing feedstock.
Rather than relying exclusively on newly mined raw materials, Continuum helps manufacturers extract greater long-term value from their metal powders through more circular and resilient material supply chains, while maintaining strict quality and traceability standards.
This capability enables customers to:
- Recover value from high-cost alloys
- Reduce dependence on constrained raw material supply chains
- Support internal sustainability initiatives
- Improve long-term material availability
- Advance circular manufacturing strategies
