3D printing often leaves behind fine dust, powder, and airborne particles. These aren’t just messy; they can damage equipment, affect print quality, and put your team’s health at risk.That’s why…
The term “Additive Manufacturing” describes a process in which digital 3D design data, typically generated by CAD, are used to build a component layer by layer by depositing material. Additive…
The term “Additive Manufacturing” describes a process in which digital 3D design data, typically generated by CAD, are used to build a component layer by layer by depositing material. Additive…
In the latest case study, 3DLab explores the optimization of ultrasonic atomization for pure copper and copper alloys, a critical advancement for additive manufacturing (AM) applications. R&D efforts focused on refining the atomization process…
R&D teams are under more pressure than ever. Timelines are tighter. Resources are limited. Yet expectations keep growing—faster testing, smarter parts, better materials. That’s where metal additive manufacturing comes in.…
Particle size distribution is a critical measurement for understanding and controlling how materials perform. It defines how particles are spread across different sizes, directly affecting flow, solubility, reactivity, compressibility, and…
