Research

Researchers have developed sustainable soundproofing using the fungus-based material, mycelium, and 3D printing technologies. The majority of modern soundproofing panels are made of synthetic foams or mineral fibers. These are neither sustainable nor recyclable. Mycelium, however, is effective, sustainable and…

Researchers have developed a novel 3D printed, ion-powered, nanosatellite thruster for a study funded by the MIT Nanotechnology program and the NewSat project. Using metal and resin 3D printing methods and hydrothermally grown zinc oxide nanowires (ZnONWs), the research team…

Scientists from the University of New South Wales (UNSW Sydney), a leading research and teaching university in Australia, have developed a ceramic-based ink that could allow surgeons to create 3D printed bone parts with actual living cells. We’ve seen recently…

Scientists at Australia’s RMIT University found that 3D printing concrete in helicoidal, or spiral, patterns rather than standard parallel lines, resulted in increased structural integrity of the final piece. This, in turn facilitates the production of taller, more complex and…

The IFI Claims Patent Services, one of the leading platforms for patent data analysis, has conducted a new study on patents filed in the technology sector in the United States. It selected the 10 most important categories in terms of…

Xinyi Xiao, PhD in industrial engineering at Penn State, has published a research study in the Journal of Additive Manufacturing on five-axis additive manufacturing to build parts without printing support structures. The project involved designing automated process planning software for…

Using its microfabrication 3D printing technology, Microlight3D created a 2-millimeter high champagne pyramid, consisting of 35 micro glasses. The French company has a great deal of experience in microprinting; with this creation it has managed to design the smallest pyramid…

A team of engineers at Rutgers University have developed a 3D printed smart gel that is able to sense and change according light exposure, becoming “artificial muscle”. The smart gel was inspired by the colour and texture changing mechanism of…

Researchers from the National Institute of Standards and Technology (NIST) have found that it is possible to produce more accurate and uniform parts by enhancing control over polymerisation and diffusion. They discovered this using a new method of measuring photo-polymerisation-based 3D…

Researchers at Carnegie Mellon have discovered a way to avoid defects and increase the durability and resistance to corrosion of metal parts produced by Laser Powder Bed Fusion (LPBF). The research was primarily focussed on understanding how and why structural…

Additive manufacturing, in contrast to traditional machining techniques, makes it possible to produce parts with complex geometries whose total weight can be optimized using a numerical method called topology optimization. This method also maximizes the mechanical strength of the part…

At Carnegie Mellon University in Pittsburgh, a team of researchers has developed a printing method called FRESH (Freeform Reversible Embedding of Suspended Hydrogel), which is able to produce a human heart model to help surgeons in their operations. Using alginate…