Producing Spherical Molybdenum Powder with PREP
How plasma rotating electrode atomization can create clean, spherical molybdenum feedstock for additive manufacturing.
Read article ↗TECHNICAL INSIGHTS
Better material choices begin with context.
Practical notes on atomization, powder behavior, electron-beam printing and industrial additive applications.
Molybdenum Alloys in Metal 3D Printing
Why additive manufacturing is opening new routes for complex molybdenum and molybdenum-composite parts.
Read article ↗Electron-Beam Powder Bed Fusion for Medical Implants
How vacuum electron-beam printing supports porous titanium orthopedic products and scalable production.
Read article ↗PREP or Plasma Atomization: Choosing a Powder Route
A practical comparison of two plasma-based routes for high-sphericity metal powder.
Read article ↗Comparing VIGA, EIGA and PREP Metal Powders
How common atomization routes influence powder purity, morphology and additive performance.
Read article ↗Metal Powders for Aerospace Additive Manufacturing
The powder characteristics that matter when printing high-performance aerospace metal parts.
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