A new method in high-speed 3D printing utilizes stereolithography and hydrogels–jelly-like materials that speed up the process, making 3D printed organs possible in the near future.

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3D printing was developed by Hideo Kodama in 1981 which was expanded in the next decades, eventually leading to the modern 3D printers used today. Also known as additive manufacturing, 3D printing is a process of creating three-dimensional solid objects with the help of computers. It enables you to create complex structures with less material used in traditional manufacturing methods. The fast-paced evolution of 3D printing technologies has been used to rehabilitate coral reefs in Hong Kong, 3D print milk-based products, and are now widely used in home products.

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Many 3D printer manufacturers boast that the future of additive manufacturing is 3D printing organs, although the technology isn’t quite there. On the other hand, a new study from the University of Buffalo may be the key to seeing 3S printed organs in the near future. (Photo : Photo by Mushroom from Pexels) ALSO READ: New Method Developed to 3D Print Milk-Based Products Studying High-Speed Stereolithography for 3D Printing Organs The study published in the journal Advanced Healthcare […]

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