The Vienna University of Technology's Invention is Nothing Big
Josh Triantafilou — March 14, 2012 — Tech
References: tuwien.ac.at & visualnews
Researchers at the Vienna University of Technology created a printer which molds sculptures on a microscopic scale. The printer uses a laser beam focused by "movable mirrors and leaves behind a polymerized line of solid polymer" to harden a liquid resin, according to scientists and engineers from the Vienna University of Technology. By hardening this liquid resin in precise spots, shapes can be constructed on the scale of nanometers.
Although one would need a high-powered microscope to see the prints, most people should be impressed by the Vienna University of Technology's invention. The fact that humans can now create tiny sculptures that bacteria could stand around with wine glasses pretending to appreciate, is truly astounding.
The printer is also very fast. It produced the printing features here in only four minutes.
Although one would need a high-powered microscope to see the prints, most people should be impressed by the Vienna University of Technology's invention. The fact that humans can now create tiny sculptures that bacteria could stand around with wine glasses pretending to appreciate, is truly astounding.
The printer is also very fast. It produced the printing features here in only four minutes.
Trend Themes
1. Microscopic Sculpture Printing - This trend of microscopic sculpture printing opens up opportunities for industries in nanotechnology and scientific research.
2. High-precision 3D Printing - The invention of high-precision 3D printing technology presents disruptive innovation opportunities in industries such as manufacturing and healthcare.
3. Fast and Efficient Laser Printing - The development of fast and efficient laser printing technology has the potential to revolutionize industries such as electronics and prototyping.
Industry Implications
1. Nanotechnology - The field of nanotechnology can leverage microscopic sculpture printing to create new materials and devices with unprecedented precision.
2. Manufacturing - High-precision 3D printing can disrupt the manufacturing industry by enabling the production of intricate and customized components with ease.
3. Healthcare - The application of high-precision 3D printing in healthcare can lead to advancements in personalized prosthetics, surgical implants, and tissue engineering.
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