3Din30: Maximizing Buy-to-Fly Economy with Sustainable Metal Powder @velo3d
3Din30: Maximizing Buy-to-Fly Economy with Sustainable Metal Powder  @velo3d
Uploaded August 2024 | Updated September 2026, 2 hours ago
In this episode, we'll dive into how metal additive manufacturing (AM) offers a significant advantage over traditional manufacturing processes by drastically reducing material waste

Discover how metal AM achieves an impressive buy-to-fly ratio of less than 2:1, compared to the 10:1 ratio of conventional milling, resulting in 50-80% less material waste. We’ll also address the challenge of optimizing costly and limited materials in metal AM.

We’ll discuss innovative strategies for resource conservation, such as repurposing scrap materials—like unused raw materials, support structures, and obsolete parts—into valuable new powder.

Join us as we delve into sustainable practices in metal AM with Continuum Powders, a leader in eco-friendly metal powders.

Speakers:
Rob Higby, CEO, Continuum
Greg Bartley, CCO, Continuum
3Din30: Maximizing Buy-to-Fly Economy with Sustainable Metal PowderAbove and Beyond, Innovations in Aerospace AMPropelling Manufacturing to New Heights with Advanced Metal 3D PrintingMetal in Motion Ep. 4 - How Rocket Engines Work — The Physics Behind ThrustWhat SOFTWARE TOOLS help you get the most from your #3dprinted parts? #additivemanufacturing3Din30: Erkundung der innovativen, berührungslosen Recoater Blade-Technologie von Velo3DFree-floating Acetabular Cups RemovalAssure Quality Assurance and ControlSession: Predictable Part QualityMetal in Motion Ep 5:  Out of the Box Unpacking the Future of Digital InventoriesMetal in Motion Episode 1: The Business of SpaceVELO3D Print Walk-through
Velo3D |

3Din30: Maximizing Buy-to-Fly Economy with Sustainable Metal Powder

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER