MIT 3D prints advanced nozzles for drug and material manufacturing

Researchers at MIT have developed a novel 3D-printed triaxial electrospray nozzle array capable of simultaneously dispensing multiple liquids into three-layered droplets. This innovation significantly reduces manufacturing costs and complexity, eliminating the need for cleanroom facilities typically required for such intricate devices. The new design promises to revolutionize the production of layered drugs, self-healing materials, and other advanced applications by enabling more efficient, consistent, and customizable droplet fabrication. AI

IMPACT Enables cost-effective, precise fabrication of complex layered materials and drugs, potentially accelerating innovation in medicine and material science.

RANK_REASON The cluster describes a new research development from MIT involving 3D printing for advanced manufacturing applications. [lever_c_demoted from research: ic=1 ai=0.4]

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• 3D printing
• Asiga Max X27
• drugs
• Luis Fernando Velásquez-García
• MIT
• self-healing materials
• triaxial electrospray

• product
• other

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