3D Printing

Biomedical engineers from the University of Melbourne have developed a high-speed 3D bioprinting system capable of creating structures that closely mimic a range of human tissues, from soft brain tissue to tougher materials like cartilage and bone.

Concordia University researchers have introduced a new approach to 3D printing that utilises acoustic holograms. This breakthrough method, known as holographic direct sound printing (HDSP), could offer faster and more complex printing capabilities than conventional techniques, potentially transforming applications across numerous sectors.

Researchers from Texas A&M University are working on developing 3D-printed medication for treating the parasitic infection toxoplasmosis in children. Their aim is to make the treatment more accurate, accessible, and cost-effective as well as improving safety, compared to current options.

A breakthrough in 3D-printing concrete by researchers at the University of Virginia has been achieved. The team have developed a sustainable and printable cementitious composite that combines graphene with limestone and calcined clay cement (LC2), enhancing both strength and durability while decreasing carbon emissions.

Researchers from MIT have stumbled upon a unique chain of materials that could enable the 3D printing of active electronics. This discovery marks the first successful creation of semiconductor-free, 3D-printed logic gates and resettable fuses.

MIT engineers are developing 3D printed glass bricks to help reduce the carbon emissions generated from the construction industry and improve the circular economy.

Research from the University of Glasgow could significantly accelerate the development of advanced 3D-printed materials with applications in sectors such as aerospace, robotics, civil engineering, and more.

Stratasys has announced the launch of its TechStyle Fabric Alignment Station, the next milestone in the evolution of Stratasys 3DFashion technology.

A South West engineering team is making significant strides in large-format additive manufacturing with the introduction of its latest innovation. Rapid Fusion has allocated over £500,000 to bring ‘Apollo’ to market, a comprehensive 3D printing solution that leverages robotics to facilitate the production of large-scale components and moulds.

In August 2024, the European Space Agency (ESA) achieved a milestone by successfully 3D printing a metal part aboard the International Space Station (ISS).