Researchers at ETH Zurich will use binder jetting 3D printing to create stone samples with controlled defects, studying in the laboratory the degradation of Molasse sandstones in Swiss historic buildings.

Edith Cowan University joins the AMCRC as the twelfth partner university, bringing expertise in advanced materials and metal 3D printing. The network focuses on defense, mining, and natural resources in Western Australia.

Virginia Tech is leading a $2 million project to create 3D-printed metal alloys that self-lubricate above 600 °C, leveraging controlled oxidation to generate low-friction layers without external lubricants.

Researchers at NTU Singapore have developed a 3D-printed bone scaffold that releases amoxicillin in the early stages to control infections and then stimulates vascularization and bone regeneration through copper ions and hydroxyapatite.

3D-printed lattices made with conductive resin become distributed sensors: electrical tomography reconstructs the map of internal damage in real time. Study by the University of Glasgow published in Advanced Functional Materials.

The open-source RepRap project printed a 0.650 mm 3DBenchy in 13 hours with the Micron printer, which is still under development. It is the first test of its kind, with the goal of achieving a resolution of up to 0.001 mm.

BMF brings the microArch S150 3D printer to Europe, a compact system with 25 μm optical resolution and PμSL technology, designed for laboratories and production. Aimed at microfluidics, optical fibers, biomedical devices, electronics, and materials research.

U.S. archaeologists use LiDAR drones, artificial intelligence, and printed 3D models to locate the remains of 23 soldiers missing in the 1943 Battle of Bairoko, in the Solomon Islands.

Researchers at Washington State University used AI to 3D print NASA's GRCop-42 alloy with 80% less laser power. The method, based on a predictive model, could make the technology accessible to smaller laboratories and companies.

Miltenyi Biotec patents the “light sheet” to overcome the limits of volumetric 3D printing

Miltenyi Biotec has filed an international patent proposing a new approach to volumetric 3D printing. The system uses a thin inclined “light sheet” combined with a second beam

Multimaterial 2PP printing: the LLNL patent eliminates vat change with two wavelengths

The Lawrence Livermore National Laboratory has filed a patent for a Two-Photon Polymerization printing system that allows varying the material properties without interrupting the process. The t

Electropolishing for LPBF lattice structures: research on AlSi10Mg

Laser powder bed fusion makes it possible to create geometries that are impossible to machine with traditional methods. But those same geometries are often impossible to finish as well. New research published in the Chinese J