3D printing offers an efficient method to improve current manufacturing limits across economic sectors such as transport, construction, and medical and dental industries allowing rapid prototyping and on-site production and repairs.

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Progress in 3D printer development has led to faster, larger, and more accurate printers, but these require more functional materials. 3D printing use in the medical industry is restricted by the lack of biocompatible and biodegradable materials that are suitable for the 3D printing of medical devices with silicone-like mechanical properties.

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Korean researchers have recently 3D printed a more affordable and customizable artificial testicle for patients in need of a testis transplant. The researchers’ novel silicone artificial testicle can be 3D printed to match specific patient anatomies, making them more comfortable and lifelike. With the aim of producing 3D printing materials that are biocompatible and non-toxic, researchers in Australia have developed a ceramic-based ink for 3D-printing bone parts complete with living cells that could be used to repair damaged bone tissue. US Navy has partnered with Xerox to focus on advancing additive manufacturing research that has the potential to dramatically transform the way the military supplies its forces using the Xerox ElemX Liquid Metal Printer. “Global supply chains […]

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