Micrometre-sized particles are key elements of several technologies ranging from drug-delivery vehicles to microelectronics, which makes optimizing the fabrication of these particles big business. One ...

Stanford's latest breakthrough in 3D printing technology enables the production of one million dust-sized particles per day. While 3D printing has gained widespread adoption on a macroscale level, ...

A large-scale fluid simulation tracking 100,000 particles as they settle through turbulent water has identified a previously ...

Purdue University researchers have developed a patent-pending method to add particles to filament and disperse them evenly through a traditional fused deposition modeling, or FDM, 3D printer, which ...

Scientists have created “acoustic holograms” that can assemble matter into 3D objects, using just sound. The technique works with various types of particles and even living cells, allowing for a new ...

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(Nanowerk Spotlight) Each year, millions of people miss crucial vaccine booster shots, undermining the effectiveness of immunization programs worldwide. The challenge stems from a fundamental ...

A levitating magnetic microrobot autonomously sorts sub-millimeter particles by weight in 3D environments, enabling precise, contamination-free handling in biomedical and manufacturing applications.

Patent-pending wet-mixing method for 3D-printed part functionalization. Photo Credit: Purdue University image/Brittany Newell Purdue University (West Lafayette, Ind., U.S.) researchers have developed ...

Debinding and sintering are the make-or-break stages of 3D printing with metal powder filament. With a small, tabletop 3D ...