Research

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…

Researchers from the University of Grenoble have developed a new way of 3D printing microstructures deformable with an external magnetic field. In fact, using the two-photon polymerization (2PP) 3D printing technology from the French company, Microlight 3D, the scientists created…

Researchers at the University of Leeds, in collaboration with Edinburgh University, have 3D printed soft synthetic surfaces with the same texture as a human tongue. Made of silicone, they could mimic the topology, elasticity and wettability of this complex organ.…

In the food industry, 3D printing technologies are changing the way we produce and consume foods. They can help create analogues of meat products, recycle food waste, or customize the shape and properties of dishes for example. Most people being…

At MIT, researchers and engineers often imagine creative projects and develop innovative products related to the world of 3D technologies. Recently, Jack Forman, one of the graduate students, developed a new type of textile by exploiting one of the common…

Researchers at the University of Minnesota partnered with the U.S. Army Combat Capabilities Development Command Soldier Center to 3D print unique fluid channels at the micron scale. The ability to additively manufacture such microfluidic channels can potentially automate the production…

A research team at MIT’s Microsystems Technology Laboratories (MTL) has designed a 3D printed diaphragm pump that is operated magnetically. Portable and effective, the new pump demonstrates the potential of additively manufactured devices. The scientists behind the project hope that this proof-of-principle pump will inspire…

The automation of various stages of the 3D printing workflow will accelerate industrial 3D printing. When parts are made at scale, repeatability becomes essential, however 3D printing systems cannot always provide this. Therefore, part of this automation concerns assessing the…

Over recent years, metal additive manufacturing experienced greater growth than other plastic 3D printing processes such as FDM or SLS. Mainly used for prototypes, tooling, and replacement parts, the industry also witnessed this technology being used for production runs of…

Selective laser sintering technology is one of the most widely used processes in additive manufacturing, where plastic particles heated by a heat source, usually a laser, are bonded together. One of the limitations of this technology today is the impossibility…

New advances in 3D bioprinting for medical purposes appear as a group of researchers from Nagoya University, Japan has developed 3D printed parts from fish gelatin. More precisely, these parts are actually hydrogel patches implantable in cancer patients. The 3D…

The US Air Force has been incorporating additive manufacturing technologies in its operations for quite a while now. For instance, it has already collaborated with GE Additive to facilitate the adoption of metal 3D printing. This time US Air Force…