Technology

Researchers at Lawrence Livermore National Laboratory (LLNL) have developed a novel dual-wavelength 3D printing technique that enables the clean removal of support structures, potentially overcoming one of the key challenges in additive manufacturing.

Canberra-based software-defined instrumentation company Liquid Instruments has introduced what it describes as an industry-first approach to test and measurement, unveiling a new capability called Generative Instrumentation. 

AML3D Limited has announced the appointment of Frederick J. Stefany, a former senior official in the US Department of the Navy, to the board of its US subsidiary, AML3D USA Inc. 

Johns Hopkins University Applied Physics Laboratory (APL) and the Naval Sea Systems Command (NAVSEA) are partnering to advance the use of additive manufacturing, or 3D printing, in the production of critical military components, aiming to increase trust and standardisation in the technology for naval applications.

Epson has announced the global commercialisation of its new Direct to Shape Printing System, which combines its proprietary PrecisionCore printhead technology with robotics to enable high-quality inkjet printing directly on three-dimensional surfaces. 

Northumbria University has been awarded over €250,000 under the European Union’s Marie Sklodowska-Curie Actions (MSCA) Fellowship to drive research into sustainable manufacturing processes for 3D-printed construction materials.

Australian advanced manufacturing company AML3D has officially opened its new US Technology Facility in Stow, Ohio, marking a key development in the company’s North American operations and reinforcing its role in defence manufacturing aligned with the AUKUS security pact.

As Australian households face rising energy costs and growing pressure to reduce their carbon footprint, smart home climate technologies are gaining traction as a practical solution. 

At just 21 years old, Edward Robinson is preparing to do what many seasoned engineers and entrepreneurs only dream of – launch a satellite into space. But he’s not doing it alone.

Stanford researchers have developed a new method to design and 3D print vascular systems, marking a major step toward producing transplantable organs from a patient’s own cells and potentially reducing wait times and rejection risks for thousands on US transplant lists.