Researchers at the University of Melbourne have developed an ultrafast acoustic 3D printing method capable of fabricating complex objects in less than a second.
Originally reported by MSN
Researchers at the University of Melbourne have developed an ultrafast acoustic 3D printing method capable of fabricating complex objects in less than a second. This technique uses acoustic waves to precisely position cells, bypassing the penetration limits of light-based methods in opaque materials. This shift increases production speeds by 100x while maintaining high cell viability for tissue engineering. This marks a move toward instantaneous, real-time bio-fabrication. 馃攰馃敩 #3DPrinting #AdditiveManufacturing #Bioprinting #Innovation #Technology
This article is an AI-assisted rewrite of the linked source report. Facts originate from the source; phrasing is AMPulse's. Use Read Original below to verify, or Report an issue if something is wrong.