Metal Waste to High-Performance Powders

Continuum Powders and Knust-Godwin

case study knust godwin bottom image
A finished oil and gas component, printed from Optipowder Ni718, with a specialized interior coating designed to reduce wear and extend operational life. Image courtesy of Knust-Godwin.

A case study in circularity, performance & production

When material costs and sustainability targets collide, closed-loop solutions win. That’s why precision manufacturer Knust-Godwin partnered with Continuum Powders to turn end-of-life Ni718 components from a major oil & gas customer into new, high-quality additive powder—skipping the scrap bin and the volatility of virgin supply.

What made the difference

  • Reclaim → Re-atomize (M2P): Continuum’s Melt-to-Powder (M2P) platform converts alloyed waste into fresh, production-grade powder in a single step—cutting extraction, energy use, and emissions.
  • Meets demanding specs: Parts printed with OptiPowder Ni718 achieved strength, ductility, & low-temperature impact performance meeting or exceeding ASTM limits 
  • Production ready: Using Renishaw RenAM 500Q, Knust-Godwin manufactured new Ni718 components that maintained the precision and performance required in oil & gas service
  • Operational efficiency: A practical circular workflow that reduces waste, stabilizes cost, and integrates cleanly with existing AM operations

Customer perspective
Knust-Godwin’s VP of Technology, Michael Corliss, notes Continuum “consistently delivers the highest quality powders,” and that pairing quality with sustainability and Powder-as-a-Service makes Continuum their de-facto provider.

See how Knust-Godwin LLC transformed Ni718 recycling with Continuums’ innovative Melt-to-Powder process! This case study showcases how a major oil & gas company reduced waste, cut costs, & achieved ASTM-grade quality with reclaimed metal powders. Watch now to discover the future of sustainable manufacturing!

What Makes Us Different

U.S.-based, green-powered production

in California and Texas

Recycled feedstock

that reduces emissions and global dependencies

Engineered for consistency

across LPBF, Binder Jetting, MIM, HIP, and DED

Custom PSDs and chemistries

to match platform-specific specs

Certified compliant

for aerospace, medical, and industrial applications

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