Researchers have identified an unusual way to 3D print flexible materials.
Researchers have developed an unusual 3D printable gel that is not only metallic, but has 4D properties, too.
A groundbreaking new 3D printing material has been developed by a university student, opening up a world of possibilities in the industry.
MIT has developed “MechSense”, a new way to integrate sensors into certain 3D prints.
You likely haven’t heard of nano3Dprint’s A2200 3D Multimaterials electronic printer.
Several new AM materials were announced in the past week.
Researchers have created an organic resin material capable of electrical conductivity that can be used with the multiphoton process.
A company provides five axis electronic 3D printing, but what is this used for?
Nano Dimension announced a partnership with XPTL to develop a new conductive ink for their systems that is based on nanoparticles.
Charles R. Goulding and Preeti Sulibhavi look at a new project by the University of Warwick.
Researchers have developed an unusual material that could be of great use in 3D printing.
The award-winning students discuss project applications, inspirations, challenges and insights about the future of STEM events.
A Bay-area startup hopes to 3D print batteries using a new hybrid process.
Researchers have uncovered the cause of a major problem with 3D printing conductive materials.
BotFactory released a new resistive ink to enable their PCB 3D printers to create more electronic components.
While attempts to develop a new material may not always pan out, a successful attempt in 2018 has led to ongoing research and new potentials.
Zortrax worked with the European Space Agency to successfully 3D print and test a conductive high-temperature material.
Markforged announced the availability of a new metal for their Metal X system: copper. We have the reasons why this is so important.
Researchers at Rutgers University have developed an unusual method of 3D printing electrically conductive circuits.
The eForge is an electronics 3D printer that uses up to eight different materials to directly 3D print functional electronic objects.
CEL-Robox pivots into a new venture, Q5D, that produces 5-axis electrical 3D printing for industry.
Stretchable wires are an exotic component, but now it may be possible to 3D print them directly into objects for industry and research use.
The quest for unusual materials continues, this time with electrically conductive silicone.