Tag: 3d Printing

Researchers at MIT have unveiled a new multimaterial 3D-printing platform designed to streamline the manufacturing of complex electric machines, potentially enabling rapid, on-site production of devices that traditionally require specialized equipment.

Conflux Technology has announced that its 3D-printed, configurable transmission oil cooler has completed a full-distance endurance race on a Multimatic-engineered car, in what the company described as a demonstration of reliability and performance under top-tier motorsport conditions.

A major online briefing is set for Friday, 13 February 2026, as the Additive Manufacturing CRC (AMCRC) hosts a “Webinar: Core Project Funding Round” aimed at industry researchers and innovators. 

Researchers from the University of Texas at Austin and Sandia National Laboratories have developed a new 3D printing method that allows objects with very different physical properties to be created within a single structure using relatively inexpensive equipment and widely available materials.

An interdisciplinary team of researchers at Cornell University is developing a method to 3D-print concrete underwater, an approach that could change how maritime infrastructure is constructed and repaired, according to a university media release.

UNSW Canberra researchers have developed a new 3D-printed bone implant that could transform the manufacturing of personalised medical devices and improve treatment for fractures and bone injuries. 

MIT researchers have developed a new AI system that allows people to create personalised 3D-printed objects that are both unique and durable.

The global manufacturing sector is poised for significant expansion in polymer extrusion 3D printing, according to a new report by Additive Manufacturing Research (AM Research). 

Duke School of Medicine has announced the launch of a four-year, USD 3.2 million research effort aimed at developing and using a 3D-printed living lung model to better understand how influenza interacts with bacteria in the human respiratory system.

MIT engineers have developed a 3D-printable aluminium alloy that is significantly stronger and more heat-resistant than conventional aluminium, a breakthrough that could support the development of lighter components for aerospace and other industrial applications, according to the institute.